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ContentsIntroduction
Interchanges, tunnels & highways
Water Supply, drainage & sewerage
Residential complexes infrastructure
Electrical & mechanical systems
Marine works
Dam construction
Bulk earthworks & grading
District cooling & chilled water systems
Residential, industrial & building complexes
Irrigation, landscaping & theming projects
Airport construction
Oil & gas
Group structure and contacts
2 - 3
4 - 7
8 - 11
12 - 15
16 - 19
20 - 23
24 - 27
28 - 31
32 - 35
36 - 39
40 - 43
44 - 47
48 - 51
52 - 53
Introduction
02
Wade Adams is a leading international project development
and construction group operating in the Middle East and North
Africa. Working in the region since 1976, Wade Adams offers a
unique combination of international experience and local
knowledge to its clients.
Operating from a Corporate and Project Management Office in
Dubai, the geographical span of Wade Adams operations in the
MENA region currently extends to Bahrain, Libya, Oman, Qatar,
Saudi Arabia and the United Arab Emirates.
Wade Adams is a provider of diverse and comprehensive,
purpose designed services and boasts an impressive portfolio of
large scale projects for clients such as Abu Dhabi Municipality,
Aldar Properties, Abu Dhabi Ports Authority, Roads and
Transport Authority in Dubai, Dubai Municipality, Dubai
Electricity and Water Authority, Empower Energy Solutions,
Emaar Properties, Nakheel Properties, Qatar Petroleum, SNC
Lavalin, and Sharjah Airport Authority to name a few.
Specialised in all aspects of Design and Build, EPIC and
Employer designed to build construction services Wade Adams
has a proven track record in executing Airport Infrastructure,
Buildings, Dams, District Cooling, Energy, Industrial, Landscape
and Theme, Marine, MEP, Road and Bridges, Residential
Infrastructure and Utility Network projects.
The building blocks to achieving Wade Adams’ goal of Complete
Customer Satisfaction on all its projects is the unrelenting
focus on its Clients needs and expectations, Quality, protection
of the Environment, Occupational Health and Safety, meticulous
planning, flawless execution, and the overarching passion for
excellence. The strong and long lasting relationships and the
achievement of over 80% of its annual business from repeat
clients each year is a testament to the success of this
approach. The certification to ISO 9001:2008, ISO 14001:2004
and OHSAS 18001:2007 management systems by Bureau
Veritas is evidence of Wade Adams’ continued commitment to
upholding the highest standards the group has set for itself and
the process of driving continuous improvement.
The Wade Adams group provides employment to over 10,000
staff and labour mostly provided with in-house accommodation
and boasts its own in-house capabilities and facilities with over,
3000 varied heavy and light equipment and vehicles, full-fledged
laboratory facilities and several plants including asphalt plants
with a capacity of 7,000 tons per day concrete Batching Plants
with a capacity of 1,500 M3 per day and Wetmix Batching
Plants with a capacity of 6,000 tons per day.
Tunnels, interchanges & highways
Wade Adams has led the industry in this category for
many years. The company has in-depth knowledge of
working in different environments and terrains and
has become a benchmark for the industry in terms of
technology and methods.
Tunnels & Underpasses – all civil engineering and
electro-mechanical works, including intelligent traffic
and tunnel management, ventilation systems,
tunnel-lighting systems, fire fighting and detection
systems, stand-by power solutions and
telecommunication systems.
Interchanges – Post-tensioned land and marine bridges.
Roads & Highways – Execution of work in varied
environments, including highways, internal roads and
roads in high profile areas. These can be around
hospitals or residential areas that require significant
traffic management planning-and-execution skills.
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Improvements to Al Sufouh Road & Dubai Promenade link bridges
This project was initiated to ease the heavy traffic flow on Al Sufouh Road. The project required demolition of an existing bridge and the construction of bridges over the Marina Creek. This was on top of the construction of the Dubai Promenade Bridges which connect Dubai Promenade with Al Sufouh Road. The project involved four post-tensioned bridges that comprised of 750 metres of bridge works, 9,052 tons of steel, 48,172m3 of concrete and 69,841m2 of wearing course. Several services, such as water, drainage and irrigation, were also included in the project. The principal challenge of this project was in completing the marine bridges without obstructing the waterway.
Improvement of Interchange No. 5
This project was realised to improve the very poor traffic conditions between Emirates Hills, Jumeirah Lake Towers, Dubai Marina, Dubai American University and TECOM. The principal challenge of this project was in having to work in key residential complexes and with live traffic across one of the most demanding highways in the UAE. Disruption to traffic flow to and from Sheikh Zayed Road, Emirates Hills and Al Sufouh was unacceptable to the Roads and Transport Authority of Dubai. Therefore, immense planning and traffic management was carried out on this project. The project consisted of 19 post-tensioned, long-span multi-bridges that comprised of: • 3,000 metres of bridge works • 11,000 tons of steel • 71,000m3 of concrete • 325,000m2 of wearing course
The connections made with this project included access to and from Al Sufouh, Dubai Marina, Dubai Media City, TECOM, Emirates Road, Emirates Golf Club and Abu Dhabi. Also included in this project were several services, such as water, drainage, irrigation and sewerage, consisting of: • 13,000 metres of water pipeline • The laying of 1,200 diameter pipes • 2,300 metres of irrigation pipeline • 7,800 metres of drainage pipeline • 2,000 metres of sewerage pipeline
Dubai Ring Road/Emirates Road
Dubai Ring Road was initiated to ease heavy traffic congestion between Dubai and Sharjah. The project included the construction of a dual-carriageway with three lanes on both sides. The length of the road works completed was approximately 45km. The scope of the first section of work that stretched from the end of Airport Road to Aweer Road included two interchanges: the Rashidiya/Khawaneej Interchange as well as the interchange that links the Ring Road and Ras Al Khor, heading towards Dubai Festival City. The second part of the works extended from immediately after the Al Ain Interchange to Al Habib and the Jebel Ali-Hatta Road. The works included two major roundabouts and two link roads from Arabian Ranches and Green Community to Sheikh Zayed Road. Also included in the works were two major signalized junctions. The project included a 25-metre centre median, street lighting on both sides of the road, camel fencing encircling the entire project works, all road-crossing services, drainage culverts and six underpasses. Two substations were constructed and overhead electrical lines were installed, while two submersible pumping stations were also commissioned.
Client Roads & Transport Authority
Commencement Date October 2006
Contract Period 33 months
Client Roads & Transport Authority
Commencement Date July 2005
Contract Period 22 months
Client: Dubai Municipality
Commencement Date: October 1998
Contract Period: 24 months
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The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
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DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
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Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
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Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
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The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
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DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
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Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
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12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
18 19
16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
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Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
18 19
16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
22 23
20
Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
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16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
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Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
18 19
16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
22 23
20
Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
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16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
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Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
18 19
16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
22 23
20
Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
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16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
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Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
18 19
16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
22 23
20
Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
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16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
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Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
18 19
16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
22 23
20
Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
18 19
16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
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20
Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
18 19
16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
22 23
20
Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
18 19
16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
22 23
20
Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
09
10 11
08
The Palm Jumeirah Crescent sewer system & other services
The project comprised of sewerage, irrigation, potable water pipelines, four sewerage lifting stations and road works. • Sewerage pipeline was approximately 12km and included GRP pipes, ranging from 150mm to 900mm in diameter, and approximately 120 manholes of varying depths, ranging from 1.5 metres to 10 metres. • Irrigation pipelines of approximately 12km were installed using HDPE pipes ranging from 110 to 800mm in diameter. Approximately 150 valve chambers were constructed and included connections to various plots. • The potable water network of approximately 11km included plot connections. Pipes ranged from 110mm to 500mm in diameter. • Communication cable ducts of approximately 10km were installed with associated pull-box chambers. • Four sewerage-lifting pumping stations were constructed. This included all civil and electro-mechanical works. All pumps were submersible, with capacities being: - 91.9 litres at 16.8-metre head – 2 Nos. - 209 litres at 13.5-metre head – 2 Nos. - 176 litres at 13.4-metre head – 3 Nos. - 207 litres at 19.9-metre head – 3 Nos. • An interlocking carriageway and footpaths of 11km, including storm- water drain pipelines and outlets, was constructed. The project team faced several challenges on this project including extensive dewatering requirements, due to excavation at a distance of only 12 metres away from the sea, working among several other contractors and ongoing works, high-security requirements for suppliers, limited storage space for materials and time constraints due to the impending launch of the Atlantis hotel. The highlight of this project was the installation of potable water, sewerage and irrigation pipelines across the sea through steel girder bridges connecting the main island to the subsidiary Dubai and Jebel Ali islands.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covers the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electrical and Water Authority (DEWA) corridors for a total length of 21km, with additional rising mains connecting the existing pumping station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project include a gravity sewer trunk line, which varies in diameter from 2,000mm to 2,400mm with a total length of 2.3km. The project comprised all civil and electro-mechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metres head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi rake type of 18,300 x 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant at 80,000m3 per hour.
Supply, install & commission water distribution network
DEWA constantly ensures the supply of services to various districts around Dubai. The purpose of this project was to provide a water network and included plot and house connections in various areas around Dubai. The water network was approximately 350,000 linear metres in length and included fibre cement, glass reinforced plastic and glass-reinforced epoxy pipes, ranging from 100mm to 600mm in diameter. The principal challenge of the project was ensuring the continuous and timely supply of materials, such as pipes and related accessories, and fittings for the pipeline network, and plot and house connections to areas around Dubai. It required considerable planning and coordination to ensure the timely receipt of materials, secure storage, and ensuring the preservation and protection of stored material.
17
18 19
16
DS 148/1 main pumping station ‘Q’ – Phase 1
Wade Adams constructed and commissioned the sewage pumping station, including GRP pressure mains and a storm water retention pond with circular fountains. The project included procurement, supply, installation, testing and commissioning of the pumping stations and mains. The main sewerage pumping station was constructed with reinforced concrete, some 17 metres deep, in saturated soils requiring full-time dewatering by deep-well and well-pointing methods. Construction included approximately: • 5km of 1,300-mm diameter GRP pressure mains with air release-valve chambers and washout-valve chambers. • 4km of 600 to 1,500-mm diameter GRP gravity mains manholes.Pipes were installed at a maximum depth of 9 metres and included 13 crossings, which required non-destructive, trenchless technology and micro-tunnelling. Part of the line was in sub-highway galleries. Thrust blocks were piled. The project also included the construction of a lined stormwater retention pond with recirculation fountains and a stormwater pumping station in reinforced concrete.
DS164 sewerage pumping station ‘Sn’ and its new rising mains
This project was initiated by Dubai Municipality to upgrade the existing pump station, ‘S’, and construct a new pumping station, ‘Sn’, to serve the catchment area. The scope of work also covered the construction of rising mains from the new pumping station and other related existing pumping stations to the proposed pump station (XI). Twin rising mains extend along existing Dubai Electricity and Water Authority corridors for a total length of 21km, with additional rising mains connecting the existing Pumping Station, ‘S’, to the DS 164 rising mains for a total length of 2.3km. The new sewerage facilities for this project included a gravity sewer trunk line and varied in diameter from 2,000 to 2,400mm with total length of 2.3km. The works for the pumping station comprised all civil and electromechanical works. Equipment installed included four horizontal end suction pumps of 630 litres/sec at 63 metre head with VFD; four submersible pumps of 5.35 litres at 21.4 metres head; two mechanical bar screens, multi-rake type of 18,300 by 1,752mm (30mm bar thickness); motorised pen stock from 800mm to 2,400mm; deodourising plant of 80,000m3 per hour. The works included construction of a medium-voltage sub-station and consisted of medium-voltage switchgear, 3-MVA transformers,1.5-MVA transformer. In addition, installation included 6,300-amp intelligent motor control centres, active harmonic filters, SCADA systems, building management systems, approximately 45km of MV and LV cable networks and cable-arrangement systems, and 5mW stand-by power generation systems. CCTV monitoring and access control systems, fire alarm systems, H2S / toxic gas detection systems were also installed.
Engineering works for Dubai Silicon Oasis
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering state-of-the-art infrastructure for business. DSO has created a community featuring residential and business complexes, and several recreational facilities. The company carried out construction of all infrastructure development here. This included construction of all utilities, telecommunication systems and road works. A key element of construction was the completion of potable water and irrigation pumping stations at the development. Construction included all civil works as well as supply, installation and commissioning of all electromechanical equipment and works. The potable water pumping station comprises four 250 litre/sec pumps at 50mH. The irrigation pumping station comprises four 135 litre/sec pumps at 68mH.
21
22 23
20
Project and construction management of dredging, reclamation and shoreline protection works at Bussayten and West Hidd, Kingdom of BahrainThe original works consisted of the dredging and filling of 27.5 million metres3 of sand, together with rock armouring, to provide a platform for future developments. The works were later varied to cater for the addition of 856,000 metres3 of rock core. The majority of the sand-fill was obtained from designated offshore borrow areas, using large trailer suction hopper dredgers, while cutter suction dredgers were used simultaneously to form channels closer to land. Environmental management was a key challenge. Great care had to be taken, due to the sensitive nature of the aquatic life surrounding Bahrain. A further complication came from the presence of underwater cables (for international telecommunications) in the shallow waters surrounding the working sites requiring careful manoeuvring of large TSH dredgers.
Al Raha Beach Resort
The project was initiated at the Al Raha Corniche. Works included extensive land reclamation, beach formation up to 10 meters within the sea, construction of a sea wall, creating a new breakwater, marina, slipway for small marine craft and petrol fuel tank for servicing such vessels. Works completed were in anticipation of future developments in the area including the Al Raha Beach Resort, a luxury hotel-resort alongside 900 meters of private beach.
Breakwater developments
This fast-paced project involved the widening of the existing road to the breakwater area along the Corniche and Marina Mall areas of Abu Dhabi. The project included the construction of a triple-span, pre-cast girder bridge of approximately 40 meters in length across the sea linking Conference Palace and Hilton Hotel. The bridge facilitated the natural circulation of seawater. A key element of this project was the rock armoring shoreline protection with large sized boulders. The shoreline protection was carried out on both sides of the breakwater area. Extensive hard and soft landscaping was carried out and two fountains were constructed. Works also included services and utilities such as a water pipeline of up to 300-mm diameter pipe, 11-KVA electricity cables, sewerage and drainage pipelines of up to 400-mm diameter.
Water supply, drainage and sewerage
The rapid pace and scale of urbanisation demands the efficient delivery of essential
water and sewerage services. Wade Adams is fully equipped to cater for this
requirement, and is able to implement the installation of pipelines, pumping
stations and complete sewerage networks.
Distribution Networks – Installation of potable water, irrigation, sewerage and drainage
networks, including pipe installation of a variety of pipes that range from 100mm to
2,400mm in diameter. The overall service comprises the installation, testing and
commissioning of complete networks, including building and house connections.
Pumping Stations – Large-scale pumping stations for potable water, irrigation,
sewerage, drainage and fire-fighting, inclusive of installation, testing and
commissioning of all equipment, pumps (dry and submerged) as well as related
equipment supply, instrumentation, SCADA, automation, Remote Telemetry Units
(RTU) and PLC systems.
Diverse Material – Installations can be carried out using varied material like uPVC,
HDPE, GRP, GRE and Ductile Iron
prints 20% 877
13
14 15
12
Restrictive budget, fast paced communications
and in-time delivery make for demanding
residential complex projects.
In order to maintain success, Wade Adams has
streamlined operations and sought out ways to
improve, innovate and shorten the building cycle
on its projects.
Wade Adams has implemented new technology
and advanced project management in the
development of highly prestigious residential
complexes and developed effective strategies and
principles to manage projects and deliver total
satisfaction to the projects’ owners.
Residential complexes infrastructure
The Villa at Dubailand
Located on the western side of the Dubai Outer Bypass Road, The Villa is a project that will provide approximately 260 villas for residential purposes, along with recreational and shopping areas. The initial project works comprised large-scale bulk earthworks and grading with a focus on future developments arising in the area. Subsequently, the company was awarded and carried out the construction of all infrastructure works, including sewerage and drainage systems, irrigation and fire-fighting water supply networks and systems, telecommunications networks, electrical works and extensive road works. The project also included landscaping works. Large pumping stations were constructed to meet the requirements of the development and included all civil and electro-mechanical works.
Arabian Ranches developement
Set within the heart of the desert, located on Emirates Road in Dubai, the Arabian Ranches development created cosmopolitan community living inspired by the rich heritage of the Arabian horse. The project consisted of several packages of works that included complete infrastructure for what is now one of the best known communities in the emirate. It comprised construction of all utilities, including plot connections as well as road works, kerbs, interlocking tile pavements, walkways and decorative street lighting. There was extensive hard and soft landscaping as the essence of the project was to create a community with largescale recreational activities for families and residents.
Al Falah community development infrastructure works
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project involves construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works including signage, street lighting, traffic management etc. and hard and soft landscaping. The project works will eventually facilitate the construction of buildings for the purpose of residential, commercial, education, entertainment, emergency services, etc.
Client Dubai Municipality
Commencement Date May 2007
Contract Period 35 months
Client Dubai Electricity & Water Authority
Commencement Date July 2007
Contract Period 26 months
Client Nakheel
Commencement Date May 2007
Contract Period 19 months
Client ALDAR
Commencement Date August 2001
Contract Period 22 months
Client Emaar Properties PJSC
Commencement Date June 2003
Contract Period On going
Client Dubai Properties
Commencement Date January 2008
Contract Period 24 months
Client Dubai Municipality
Commencement Date May 2007
Contract Period 36 months
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client Dubai Municipality
Commencement Date June 2001
Contract Period 22 months
Client Al Habtoor Engineering
Commencement Date May 2002
Contract Period 8 months
Client Abu Dhabi Municipality
Commencement Date April 2000
Contract Period 14 months
Client Al Ghanah Contracting
Commencement Date March 2004
Contract Period 27 months
Wade Adams has proven experience in carrying out marine works
throughout the region, with such works being completed on behalf
of both private and governmental organisations.
Wade Adams’ experience in this field encompasses dredging and
reclamation work, shoreline protection and rock armouring, beach
formation, breakwaters and groynes, coffer dams, sea-wall
construction, piers, jetties, piling and overwater bridges, together
with all the necessary utilities and services.
Wade Adams has the capability to carry out such works in the
shortest amount of time possible, thanks to its timely mobilisation
and ability to work the extended hours normally required for this type
of work.
With regard to all marine works, Wade Adams pays special attention
to both environmental and sustainability aspects, and is pleased to
record that it has an enviable record in this respect.
Marine works
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Electrical and mechanical systems
The company’s MEP division is one of the best equipped in the
region with integrated solution capabilities. Wade Adams has
successfully executed major infrastructure development works
that span various sectors such as power, transmission and
distribution networks and treatment plants.
Power – Installation and commissioning of substations, as well
as transmission and distribution to electrical power networks.
Transmission and Distribution Networks – Installation of water,
irrigation, sewerage and drainage networks, including pipe
installations that range from 100mm to 2,400mm in diameter.
The overall service comprises the installation, testing and
commissioning of complete networks.
Pumping Stations – Large-scale stations for potable water,
irrigation, sewerage, drainage and fire-fighting, inclusive of
installation, testing and commissioning of all equipment,
pumps (dry and submerged) as well as related equipment
supply, instrumentation, SCADA, automation, Remote Telemetry
Units (RTU) and PLC systems.
Treatment Plants – Construction and
commissioning of sewage treatment plants
comprising equipment, automation, odour control
and filtration units.
High & Low-voltage Systems – Installation and
commissioning of substations (equipment
includes switchgear, transformers, fault
monitoring systems and SCADA), electrical power
networks including transmission and distribution,
high-voltage and low-voltage cabling for
infrastructure utilities, buildings and industrial
purposes, as well as low-voltage systems for
building installations of any discipline.
Other MEP Works – Installation and commissioning
of intelligent traffic- and tunnel-management
systems, ventilation systems, tunnel-lighting
systems, fire-fighting and detection systems,
stand-by power solutions and telecommunication
systems for tunnels and underpasses. MEP works
for residential complexes, 5-star hotels,
commercial and industrial buildings.
24
Dam construction
Dams form part of Wade Adams’ expertise and the company is adept at carrying out this work
in various environments, including mountainous terrain, and is therefore proficient in the
subsequent use of explosives.
The first dam, built by the company was a medium size embankment dam, arising out of the
needs of the region. Wade Adams has the capability and expertise to carry out the construction
or rehabilitation of large scale-dams, sustaining the natural habitat in construction areas is a
fundamental concern of Wade Adams. Construction is carried out using the results of in-depth
environmental impact assessments and stringent environmental guidelines.
27
DS 121 Construction of new dam in Hatta
This project was initiated by Dubai Municipality to collect rainwater for the irrigation of surrounding areas and comprised four saddle dams. The main dam is approximately 32 metres in height, with a crest length of approximately 220 metres. The core of the dam is asphaltic concrete with a gravel fill embankment. A large quantity of mountainous rock (approximately 37,000 metres3) was blasted through for the purpose of constructing this dam. The project works included diversion and supply piping arrangements, a spillway of free overflow weird type and construction of access roads and associated works.
Client Dubai Municipality
Commencement Date November 2002
Contract Period 12 months
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Bulk earthworks and grading
Wade Adams carries out substantial bulk earthworks
and grading activities in varied environments and
under severe conditions. These activities may form an
integral part of infrastructure projects or as separate,
large-scale earthmoving contracts. The company owns
an extensive fleet of approximately 800 large
earthmoving pieces of equipment that are operated by
well-trained and certified operators, ensuring high
efficiency and output.
Wade Adams applies cutting-edge dimensional
modelling techniques to quantify, demonstrate and
document the scope of earthworks required. This
allows Wade Adams’ design team to provide a rapid
response to assess various options for cut and fill
ratios, depths of topsoil, finished levels and site
grading. Visual representations of proposed schemes
are developed to assist the design team on complex
sites where there have been significant changes in
levels and grades.
The group has successfully
completed numerous contracts,
including a number of projects of
a highly technical nature
requiring complex geotechnical
knowledge, material handling
requirements and strict
environmental consideration.
Wade Adams places extraordinary
emphasis on sustainability and
environmental management
during the course of planning
and executing earthworks.
Environmental impact is often
minimised by reusing material or,
where possible, re-engineering
material for reuse. Natural life,
such as plant species, is
protected and, in certain cases,
has been replanted in the same
locations so as not to interfere
with or alter eco-systems.
31
Dubai Silicon Oasis development
Dubai Silicon Oasis is a revolutionary hi-tech park, designed as an eco-system, offering a state-of-the-art infrastructure for businesses. DSO has created a community featuring residential and business complexes, and several recreational facilities. The project initially included over 4.5 million metres3 of bulk earthworks and grading. This initial earthwork project was in carried out in anticipation of all future works in DSO. Subsequent to the substantial earthwork and grading works carried out at DSO, Wade Adams has completed extensive infrastructure development here. This included the construction of all utilities, telecommunication systems and road works.
Al Falah grading
The Al Falah development will provide 5,000 residential units, a hospital, schools, retail malls, commercial office space, leisure facilities, extensive outdoor gardens and performance areas, community centre, hotels, post office, public transportation services and emergency service centres. The project comprises construction of all infrastructure works to meet the requirements of all future developments and plans in the Al Falah development area, including utilities (sewerage, drainage, water supply, electricity, telecommunications); road works, including signage, street lighting, traffic management etc.; and hard and soft landscaping. The Al Falah grading project was initiated in preparation for future works in this area. The project works included cut / fill, levelling and importation of fill materials of approximately 6 million metres3. Hard-standing and sand levelling works were also included as part of this project. A large amount of company-owned equipment was deployed for this project. The number of resources made available during execution was of key importance due to the fast-paced nature of the works.
New South Side Road and grading of corridor
This project was envisaged to develop the southern areas of Ras Laffan Industrial City for rapid expansion in the coming years with the construction of various industrial facilities that are designed to enhance the value of hydrocarbon reserves within the State of Qatar. The principal challenge of this project was working in the vicinity of numerous existing live gas lines, electrical transmission lines, desalination and seawater pipelines. Approximately 5 million metres3 of fill material was sourced, imported and placed in layers and compacted to stringent project specifications within an 18-month period, in several roads and utility corridors including drainage facilities, asphalt pavements, etc. The majority of this area of approximately 3 million metres3 was to be constructed in the underlying subkha strata, which was inaccessible to heavy equipment. Ground improvement works had to be carried out with restricted access to stabilise the entire area. The scope also included 25,000 metres of electrical cable network, including the installation of 130, 35-metre high masts for street lighting. This was an engineering, procurement, installation, construction, pre-commissioning, start-up, testing and commissioning contract with various milestones to be achieved over its duration.
Client Dubai Silicon Oasis
Commencement Date February 2005
Contract Period 12 months
Client WD Filling Section
Commencement Date August 2001
Contract Period 7 months
Client Qatar Petroleum
Commencement Date October 2009
Contract Period 24 months
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District cooling and chilled water systems
Wade Adams specialises in district cooling and has successfully completed
large-scale projects, offering proven reliability and convenience to several
communities in the region. Qualified engineers, fabricators and welders are
appointed for every project and given access to specialised equipment for
testing and commissioning as required.
HVAC systems
Chilled water systems
Pipeline networks
Energy transfer solutions
Chiller installations
District cooling
Thermal installations
35
Business Bay district cooling projects
Wade Adams was contracted (through several project packages) to supply, install and commission district cooling pipelines to service the entire Business Bay area, which occupies an space of approximately 8 km2. This included connections to various plots and buildings. The project team faced the challenge of working in a very congested area, where buildings were already under construction and several contractors were carrying out various works simultaneously. The team had to ensure extensive protection and relocation of existing services during the course of the construction activities. They worked closely with several authorities to ensure compliance to all legal supervision and monitoring requirements. Pre-insulated carbon-steel pipes and fittings were used. The company’s specially-trained and certified mechanical team was deployed to execute field joint insulation, welding and other fabrication works. The lines were energised with district cooling water at an average temperature of 4 to 6oC. Three air-cooled chiller plants, of up to 1,500 refrigeration tons each, were installed. The project team ensured extreme environmental management by properly handling and disposing of the chemically-treated water used for flushing operations through authorised sources, reducing the risk of environmental contamination.
Abu Dhabi Airport chilled water network
The Abu Dhabi International Airport expansion included a chilled water network to Terminal 3. The network included a pipeline of approximately 4,500 metres and works comprised modification and upgrade of the central energy plant from 200-mm diameter pipes to 500-mm diameter pipes, as well as upgrade and reconfiguration of electromechanical equipment, including the supply and commissioning of new pumps up to 110 kW that would provide cooling up to 5oC. Chilled water works also included modification and upgrade of the CEP water-cooled chiller plant and the air-cooled chiller plant.
Jumeirah Lakes Towers district cooling
Jumeirah Lakes Towers is a waterfront community comprising both residential and commercial properties, including hotels and large retail outlets. The entire JLT project included all infrastructure works consisting of the installation of all utilities, road networks and landscaping. The project also included the construction of embankments and landscaped lakes and gardens. The construction of pumping stations included all civil and electromechanical works. The sewerage pumping station included one pump of 62 litres/sec at 13mH. The fire and irrigation pumping station consisted of two irrigation pumps of 1,000gpm at 50mH, and four fire pumps of 48 litres/sec at 60mH, as well as related accessories. District cooling networks were established as part of the project’s scope and included installation and commissioning. The total area covered by the company’s district cooling works in this project was approximately 6.5 million metres2 and had an expected cooling load of 135,000TR. The external chilled water pipe network consisted of 18,000 metres of pre-insulated GRP pipe of up to 1,400-mm diameter.
Client Al Habtoor-Murray & Roberts JV
Commencement Date November 2006
Contract Period 37 months
Client Nakheel
Commencement Date April 2004
Contract Period 30 months
Client EMPOWER, Dubai
Commencement Date August 2008
Contract Period 37 months
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Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
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40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
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38 39
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Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
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38 39
36
Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
37
38 39
36
Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
37
38 39
36
Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
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d P
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37
38 39
36
Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
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cts
Sel
ecte
d P
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cts
Sel
ecte
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roje
cts
37
38 39
36
Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
37
38 39
36
Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
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ecte
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cts
Sel
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d P
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Sel
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cts
37
38 39
36
Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
Sel
ecte
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roje
cts
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
37
38 39
36
Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
37
38 39
36
Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
37
38 39
36
Residential, industrial and building complexes
Building with commitment, creative thinking and attention to
detail, the Wade Adams portfolio also showcases structures
that have added to the skylines of cities and become examples
of sound investment.
Wade Adams has worked with diverse clients from varying
sectors and industries and has realised their visions through
meticulous management, expert craftsmanship,
uncompromising integrity, and sustainable building practices.
The company is capable of building large-scale residential
complexes, industrial buildings with workshop facilities and
plants, as well as commercial buildings with offices, shops and
restaurants fitted to customised requirements.
41
42 43
40
Jumeirah Beach Residence
Jumeirah Beach Residence is a building complex of both commercial and residential facilities comprising 36 residential buildings that provide in excess of 6,000 units of residential accommodation, retail units and four hotels. The project included construction and installation of all utilities, communication lines, infrastructure works and landscaping. Water pipelines of approximately 8km in length for potable water and irrigation purposes were constructed with pipe diameters ranging from 100-mm diameter to 300-mm diameter. Drainage works included a pipeline of 8km with pipe sizes ranging from 160-mm diameter to 700-mm diameter. Approximately 245 manholes were constructed. A sewerage pipeline of 4km was constructed with pipes ranging from 200-mm diameter to 700-mm diameter. Telecommunication cables of over 28km were laid. Hard and soft landscaping works were carried out. This included landscaping works for the JBR walk and surrounding areas. Landscaping included paving and tiling works.
Sir Baniyas Island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and theme park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. A swimming pool covering approximately 650 metres2 area was constructed. The project works covered the entire island. Substantial landscaping works were carried out and included hard and soft landscaping. A wet and dry wadi was created to offer a natural look to the theme of the island. Five wooden walk bridges were constructed across the wadi and a viewing point overlooking the natural lagoon was constructed. Drip and sprinkler irrigation systems of 35,000 metres2 were installed. Shoreline protection was carried out and tiled walkways were constructed around the entire area. Several gazebos were erected. A berthing facility for landing craft was constructed at Al Mugharraq Port – a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide and one slipway for speedboats.
Wade Adams’ expertise goes beyond urban infrastructure. The company has
completed unique projects to build theme parks, resorts and wildlife sanctuaries.
Creating a perfect balance between aesthetic elegance and architectural prowess,
Wade Adams can take the vision of clients and make it a reality.
Most recent projects include the Al Ain Wildlife Park, which includes hard and soft
landscaping and the development of 900 hectares of land, as well as building
irrigation systems and executing other MEP works.
45
46 47
New Al Safiya Building complex
The New Al Safiya Building was built as an extension to the Al Safiya Building. Located in the heart of Dubai, the new building complex was constructed to accommodate residential and commercial premises. Approximately 43,200 metres2, the building complex included a basement, ground and mezzanine floors, and three typical floors. It has a beautifully landscaped central courtyard, around which all residential and commercial premises are built. The complex was constructed to house a large medical facility, restaurants and several shops. An underground car park was also constructed, and can accommodate approximately 100 vehicles. The entire complex is centrally air-conditioned.
Sir Baniyas island
The project was initiated by TDIC to convert the Sir Baniyas island into a tourism destination. Sir Baniyas is intended to become a wildlife sanctuary and themed park. The project included the refurbishment of a hotel that included complete restoration and renovation of the entire building, including fit-out and interiors. Construction included a 650-metre2 swimming pool; installation of building management systems; extensive security systems, including an access control system and CCTV; specialised decorative lighting, including dimming systems; fire-fighting and protection systems - the fire-fighting pump capacity being 1,000 gallons per minute - HVAC and chilled water systems, including installation of four chiller plants of 180-ton capacity. Sewerage pipeline works were carried out and a sewage treatment plant of 20 metres3 per day capacity was installed and commissioned. Other services included water pipelines. Substantial landscaping works were carried out and included the creation of a wet and dry wadi, construction of five wooden walk bridges, a viewing point, tiled walkways and several gazebos. Drip and sprinkler irrigation systems of 35,000 metres2 were installed and shoreline protection was carried out. Construction also included a berthing facility for landing craft at Al Mugharraq Port (a structure founded on steel sheet piles with RCC capping beam and deck of 260 metres long and 25 metres wide), a slipway for speedboats, a taxi-way and an apron. An 8-km long perimeter chain-link fence was installed around the airport. On the mainland, a wheel wash facility was constructed to disinfect vehicles entering the island.
Residential building at Umm Al Hassan
This residential building was constructed in 2004 and is in a prime residential area in Bahrain. The Umm Al Hassam neighbourhood consists of large villas and several newer residential buildings. The luxury residential building includes a ground floor, four typical floors and a penthouse. The project comprised all civil, electromechanical, electrical and fit-out work that was carried out by trained and skilled company staff. A key challenge of the project was carrying out works in a prime residential area, close to road and accessways and ensuring no disruption to surrounding residences or obstruction to access.
Al Ain Wildlife Park and Resort
The Al Ain Wildlife Park and Resort redevelopment will contain the largest manmade desert safari park in the Northern Hemisphere, incorporating hospitality, residential and mixed-use communities that are ingeniously integrated with wildlife. Wade Adams has embarked on remarkable sustainability and environmental efforts, and extraordinary preservation techniques are being used to conserve desert animals and plantlife. The guidelines and masterplan for the resort incorporate the strictest principles of wildlife conservation and environmental sustainability with the most intelligent modern practices in planning and integration. The big challenge has been to unify and balance all the various features, requirements and design elements, which inevitably mean resolving some occasional conflict of interest, while at the same time encouraging innovation and choice. As a general principle, the solution has been to give wildlife safaris precedence over all other amenities, restricting all building to the edges of these areas, keeping them free for uninterrupted animal habitats, and taking care not to obstruct the panoramic views towards Jebel Hafeet. In the client’s view, the preservation of wildlife and botanical collections is its most important task, and Wade Adams is determined to maintain this, just as His Highness the late Sheikh Zayed intended many years ago.
Expansion of Abu Dhabi Airport
With the launch of the Abu Dhabi airline, Etihad, and the increasing number of passengers served through the existing Abu Dhabi airport, an airport expansion project was initiated. The project scope included works around Terminal 1 and Terminal 3. Terminal 3 has 10 departure gates, of which two are A380-compatible. Other works around the airport area included relocation of existing services as well as installation of new services to meet the requirements of the expansion. Services installed or upgraded included potable water, irrigation, a fire-fighting network, sanitary sewer, communications and electrical cabling. Road works included the expansion of the existing road from three lanes to six. Both shaded and open parking was constructed for 1,600 vehicles. Extensive landscaping works were carried out and included hard and soft landscaping. A principal environmentally friendly undertaking by the company was the removal and replanting of existing trees from previous areas into the newly landscaped design and areas. Works included renovation of an existing park near the airport to ensure beautification around the area.
Sharjah International Airport – new runway
The project comprises an advance package of works in preparation for the construction of the new runway at Sharjah International Airport. The scope of works includes construction of an airside road, earthwork cut and fill, drainage channel and ponds, box culverts, temporary and permanent fencing, security gates, street and fence lighting and construction of platform for new Doppler Very High Frequency Omni-directional Range (DVOR) at the area near the existing runway. The work also includes the provision of protecting the existing utilities and laying of new underground services.
Client Tourism Development & Investment Company (TDIC)
Commencement Date August 2007
Contract Period 19 months
Client SATCO, Bahrain
Commencement Date June 2003
Contract Period 12 Months
Client Sultan Khalifa Al Habtoor Real Estate
Commencement Date September 1994
Contract Period 24 Months
Client Dubai Technology and Media FZA
Commencement Date November 2004
Contract Period 26 months
Client Tourism Development & Investment Company (TDIC)
Commencement Date June 2007
Contract Period 16 months
Client Zoo & Aquaruim Public Institution in Al Ain
Commencement Date March 2009
Contract Period Ongoing
Client SCADIA
Commencement Date June 2009
Contract Period 9 months
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client Sharjah Airport Authority
Commencement Date May 2007
Contract Period 14 months
Airport construction
Airport projects epitomise the challenges and demands
facing every contractor, owner and design professional.
Today’s airport projects are commercial “drivers”, with
many components, features and systems. They transcend
the traditional “on-time” and “on-budget” prime directives
and are the quintessential “just-in-time” capital investment
in infrastructure.
Wade Adams has met the challenges of airport projects
and dealt with them in a careful, sensitive, comprehensive
and benevolent manner, guiding the projects to a
successful conclusion.
Notwithstanding cost and schedule parameters, Wade
Adams has successfully addressed a variety of issues,
pre-requisites and needs in order to deliver a winning
project. We have managed and executed all the projects
successfully to the satisfaction of the owners.
44
Sharjah Airport
Sharjah International Airport is seeing a dramatic increase in traffic, and to cope with this, the Sharjah Airport Authority embarked on an expansion project on both the landside and airside. Wade Adams was contracted to execute works related to this expansion. Works included the expansion of cargo and passenger aprons as well as a new general aviation apron and related works. This comprised an aircraft parking apron of approximately 15,500 metres2 of concrete; for the cargo apron, approximately 40,000 metres2 of interlocking concrete-block paving was used for passenger and general aviation aprons; 11,500 metres2 of island infill pavement for passenger and general aviation aprons; 36,000 metres2 pavement for the maintenance apron and 6,000 metres2 for equipment parking at the cargo apron. In addition, 181,000m2 of new asphalt pavements for taxi-way / taxi-lanes and airside roads was constructed. Works included the installation of new pavement markings and reconfiguration and remarking of existing taxi-lanes / taxi-ways and airside roads. The works included the demolition, removal and construction of new infrastructure such as utilities, pavements, grated drainage channel, etc. A new pavement aviation fuel hydrant system was installed that included a 2,700 metres2, 160-inch diameter, steel fuel pipeline and 33 associated fuel hydrants. This included the installation of central monitoring fuel control systems, cathodic protection systems, leak detection systems and fuel emergency shut down systems. A new pavement fire hydrant system was installed and included approximately 3,000 metres2 of fire hydrant pipeline works and 32 fire hydrants. The project also comprised new electrical infrastructure including an AGL sub-station, CCR rooms, airfield ground lighting, stand identification and guidance signs, high-mast lighting systems, including obstruction lights, night landing systems, vehicle docking and guidance systems, a new floodlighting system and adjustment of existing apron floodlighting.
Irrigation, landscaping and theming projects
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
Sel
ecte
d P
roje
cts
49
50 51
48
Nosco-Oil and Bitumen Storage Terminal
The terminal originally comprised tanks for 22,000 tons of diesel fuel oil, 10,000 tons of fuel oil and 5,000 tons of bitumen, complete with receiving, handling and distribution facilities. In 2005, Wade Adams converted the two, 5,000-ton bitumen tanks to gas oil tanks. The process included cleaning of the tanks, modification by addition of sumps, modification to existing pipe works and control systems, installation of a new control system (SCADA) and testing and commissioning.
pg50 pg51
pg48 pg49
Wade Adams Middle East established Union Energy, a wholly owned
company, in 1999 and in partnership with a Sharjah-based group, formed
the National Oil Storage Company (Nosco) which built, owns and operates
an oil and bitumen terminal in Sharjah’s Hamriyah Free Zone.
To date Union Energy continues to trade in oil and bitumen products
primarily for the group’s requirements.
In early 2011 Wade Adams finalised a strategic alliance with a major North
American group specialising in the provision of services for the downstream
natural gas sector, and actively entered in this field too.
Oil and gas
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client National Oil Storage Company (NOSCO)
Commencement Date February 1999
Contract Period 18 months
Wade Adams (Middle East) LimitedOmar Hodge BuildingWickhams Cay 1, P.O. Box 313,Road Town, TortolaBritish Virgin IslandsCorporate and Project Management Office, DubaiTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Contracting (L.L.C.)P.O. Box 4337, Dubai, United Arab EmiratesTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Sharjah L.L.C.P.O. Box 38200, Sharjah, United Arab EmiratesTel: +971 6 575 9944Fax: +971 6 575 9579E-mail: [email protected]
Wade Adams Emirates L.L.CP.O. Box 3995, Abu Dhabi, United Arab EmiratesTel: +971 2 681 9777Fax: +971 2 681 9778E-mail: [email protected]
Wade Adams Oman LLCP.O Box 26, Muscat, Sultanate of OmanTel: +968 2469 5006Fax: +968 2469 7877E-mail: [email protected]
Wade Adams Libya General Contracting (J.S.C)P.O. Box 90002, Tripoli, LibyaTel: +218 21 350 9390Fax: +218 21 725 4227E-mail: [email protected]
Wade Adams (Bahrain) W.L.L.P.O. Box 21226, ManamaKingdom of BahrainTel: +973 1733 3680Fax: +973 1733 3486E-mail: [email protected] Wade Adams Saudi Arabia L.L.C.P.O. Box 286778, RiyadhKingdom of Saudi ArabiaTel. +966 1200 9714Fax. +966 1200 9751E-mail: [email protected] Gulf Consolidated Contractors W.L.L. P.O. Box 22501, Doha, QatarTel: +974 44850602Fax: +974 44850599E-mail: [email protected]
Hilal Bil Badi & Partners Contracting Company W.L.L. (HILALCO) (Under Group Management)P.O. Box 28177, Abu Dhabi, United Arab EmiratesTel: +971 2 448 8879Fax: +971 2 448 8655E-mail: [email protected]
Union Energy Inc Omar Hodge BuildingWickhams Cay 1Road Town, TortolaBritish Virgin IslandsRegistered Branch in Hamriya Free ZoneSharjah, U.A.E.P.O. Box 41523, Sharjah, United Arab EmiratesTel: +971 6 526 3188Fax: +971 6 526 3078E-mail: [email protected]
Wade Adams Middle East Group (WAME)Management Structure
Business Segments
STRATEGIC SUPPORT
Business Development
ControllingCorporate Finance
& Legal
Corporate Governance
Group Treasury
Human Resources
Internal Audit
IT
Risk Management
PROJECT SUPPORT
Administration
Accounting
Contractual
Environment
Estimation
Health & Safety
Planning
Plant
Quality
Sourcing & Procurement
Technical
WAME Group Executive Committee
Chairman/President - Kypros TsentasManaging Director - John Papadouris
Group General Manager - Kyriakos AntzoulisGroup Chief Financial Officer - Manilal De Silva
Corporate & Project Management Office, Dubai
Project Execution & Profit Centers
Sel
ecte
d P
roje
ct
Contacts
Hila
l Bil
Bad
i & P
artn
ers
Con
trac
ting
Co.
WLL
(H
ILA
LCO
)Abu
Dha
bi, U
AE
(Und
er G
roup
Man
agem
ent)
Wad
e A
dam
s C
ontr
acti
ng L
LCD
ubai
, UAE
Wad
e A
dam
s, S
harj
ah L
LCSha
rjah
, UAE
Wad
e A
dam
s, E
mir
ates
LLC
Abu
Dha
bi,
UAE
Wad
e A
dam
s, O
man
LLC
Mus
cat,
Om
an
Wad
e A
dam
s, L
ibya
Gen
eral
Con
trac
ting
JS
CTri
pol
i, Li
bya
Wad
e A
dam
s, B
ahra
in W
LLM
anam
a, B
ahra
in
Wad
e A
dam
s, S
audi
Ara
bia
LLC
Riy
adh,
KSA
Gul
f C
onso
lida
ted
Con
trac
tors
WLL
Doh
a, Q
atar
Uni
on E
nerg
y In
c.H
amri
ya F
reez
one,
Sha
rjah
, UAE
WAME Board of Directors
CivilInfrastructure
Industrial Marine WorksUtilityWorks
BuildingOil and Gas
Storage
Roads Bridges andUnderpasses
Airports Residential Dams Landscaping andtheming Works
Earth Works
49
50 51
48
Nosco-Oil and Bitumen Storage Terminal
The terminal originally comprised tanks for 22,000 tons of diesel fuel oil, 10,000 tons of fuel oil and 5,000 tons of bitumen, complete with receiving, handling and distribution facilities. In 2005, Wade Adams converted the two, 5,000-ton bitumen tanks to gas oil tanks. The process included cleaning of the tanks, modification by addition of sumps, modification to existing pipe works and control systems, installation of a new control system (SCADA) and testing and commissioning.
pg50 pg51
pg48 pg49
Wade Adams Middle East established Union Energy, a wholly owned
company, in 1999 and in partnership with a Sharjah-based group, formed
the National Oil Storage Company (Nosco) which built, owns and operates
an oil and bitumen terminal in Sharjah’s Hamriyah Free Zone.
To date Union Energy continues to trade in oil and bitumen products
primarily for the group’s requirements.
In early 2011 Wade Adams finalised a strategic alliance with a major North
American group specialising in the provision of services for the downstream
natural gas sector, and actively entered in this field too.
Oil and gas
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client National Oil Storage Company (NOSCO)
Commencement Date February 1999
Contract Period 18 months
Wade Adams (Middle East) LimitedOmar Hodge BuildingWickhams Cay 1, P.O. Box 313,Road Town, TortolaBritish Virgin IslandsCorporate and Project Management Office, DubaiTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Contracting (L.L.C.)P.O. Box 4337, Dubai, United Arab EmiratesTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Sharjah L.L.C.P.O. Box 38200, Sharjah, United Arab EmiratesTel: +971 6 575 9944Fax: +971 6 575 9579E-mail: [email protected]
Wade Adams Emirates L.L.CP.O. Box 3995, Abu Dhabi, United Arab EmiratesTel: +971 2 681 9777Fax: +971 2 681 9778E-mail: [email protected]
Wade Adams Oman LLCP.O Box 26, Muscat, Sultanate of OmanTel: +968 2469 5006Fax: +968 2469 7877E-mail: [email protected]
Wade Adams Libya General Contracting (J.S.C)P.O. Box 90002, Tripoli, LibyaTel: +218 21 350 9390Fax: +218 21 725 4227E-mail: [email protected]
Wade Adams (Bahrain) W.L.L.P.O. Box 21226, ManamaKingdom of BahrainTel: +973 1733 3680Fax: +973 1733 3486E-mail: [email protected] Wade Adams Saudi Arabia L.L.C.P.O. Box 286778, RiyadhKingdom of Saudi ArabiaTel. +966 1200 9714Fax. +966 1200 9751E-mail: [email protected] Gulf Consolidated Contractors W.L.L. P.O. Box 22501, Doha, QatarTel: +974 44850602Fax: +974 44850599E-mail: [email protected]
Hilal Bil Badi & Partners Contracting Company W.L.L. (HILALCO) (Under Group Management)P.O. Box 28177, Abu Dhabi, United Arab EmiratesTel: +971 2 448 8879Fax: +971 2 448 8655E-mail: [email protected]
Union Energy Inc Omar Hodge BuildingWickhams Cay 1Road Town, TortolaBritish Virgin IslandsRegistered Branch in Hamriya Free ZoneSharjah, U.A.E.P.O. Box 41523, Sharjah, United Arab EmiratesTel: +971 6 526 3188Fax: +971 6 526 3078E-mail: [email protected]
Wade Adams Middle East Group (WAME)Management Structure
Business Segments
STRATEGIC SUPPORT
Business Development
ControllingCorporate Finance
& Legal
Corporate Governance
Group Treasury
Human Resources
Internal Audit
IT
Risk Management
PROJECT SUPPORT
Administration
Accounting
Contractual
Environment
Estimation
Health & Safety
Planning
Plant
Quality
Sourcing & Procurement
Technical
WAME Group Executive Committee
Chairman/President - Kypros TsentasManaging Director - John Papadouris
Group General Manager - Kyriakos AntzoulisGroup Chief Financial Officer - Manilal De Silva
Corporate & Project Management Office, Dubai
Project Execution & Profit Centers
Sel
ecte
d P
roje
ct
Contacts
Hila
l Bil
Bad
i & P
artn
ers
Con
trac
ting
Co.
WLL
(H
ILA
LCO
)Abu
Dha
bi, U
AE
(Und
er G
roup
Man
agem
ent)
Wad
e A
dam
s C
ontr
acti
ng L
LCD
ubai
, UAE
Wad
e A
dam
s, S
harj
ah L
LCSha
rjah
, UAE
Wad
e A
dam
s, E
mir
ates
LLC
Abu
Dha
bi,
UAE
Wad
e A
dam
s, O
man
LLC
Mus
cat,
Om
an
Wad
e A
dam
s, L
ibya
Gen
eral
Con
trac
ting
JS
CTri
pol
i, Li
bya
Wad
e A
dam
s, B
ahra
in W
LLM
anam
a, B
ahra
in
Wad
e A
dam
s, S
audi
Ara
bia
LLC
Riy
adh,
KSA
Gul
f C
onso
lida
ted
Con
trac
tors
WLL
Doh
a, Q
atar
Uni
on E
nerg
y In
c.H
amri
ya F
reez
one,
Sha
rjah
, UAE
WAME Board of Directors
CivilInfrastructure
Industrial Marine WorksUtilityWorks
BuildingOil and Gas
Storage
Roads Bridges andUnderpasses
Airports Residential Dams Landscaping andtheming Works
Earth Works
49
50 51
48
Nosco-Oil and Bitumen Storage Terminal
The terminal originally comprised tanks for 22,000 tons of diesel fuel oil, 10,000 tons of fuel oil and 5,000 tons of bitumen, complete with receiving, handling and distribution facilities. In 2005, Wade Adams converted the two, 5,000-ton bitumen tanks to gas oil tanks. The process included cleaning of the tanks, modification by addition of sumps, modification to existing pipe works and control systems, installation of a new control system (SCADA) and testing and commissioning.
pg50 pg51
pg48 pg49
Wade Adams Middle East established Union Energy, a wholly owned
company, in 1999 and in partnership with a Sharjah-based group, formed
the National Oil Storage Company (Nosco) which built, owns and operates
an oil and bitumen terminal in Sharjah’s Hamriyah Free Zone.
To date Union Energy continues to trade in oil and bitumen products
primarily for the group’s requirements.
In early 2011 Wade Adams finalised a strategic alliance with a major North
American group specialising in the provision of services for the downstream
natural gas sector, and actively entered in this field too.
Oil and gas
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client National Oil Storage Company (NOSCO)
Commencement Date February 1999
Contract Period 18 months
Wade Adams (Middle East) LimitedOmar Hodge BuildingWickhams Cay 1, P.O. Box 313,Road Town, TortolaBritish Virgin IslandsCorporate and Project Management Office, DubaiTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Contracting (L.L.C.)P.O. Box 4337, Dubai, United Arab EmiratesTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Sharjah L.L.C.P.O. Box 38200, Sharjah, United Arab EmiratesTel: +971 6 575 9944Fax: +971 6 575 9579E-mail: [email protected]
Wade Adams Emirates L.L.CP.O. Box 3995, Abu Dhabi, United Arab EmiratesTel: +971 2 681 9777Fax: +971 2 681 9778E-mail: [email protected]
Wade Adams Oman LLCP.O Box 26, Muscat, Sultanate of OmanTel: +968 2469 5006Fax: +968 2469 7877E-mail: [email protected]
Wade Adams Libya General Contracting (J.S.C)P.O. Box 90002, Tripoli, LibyaTel: +218 21 350 9390Fax: +218 21 725 4227E-mail: [email protected]
Wade Adams (Bahrain) W.L.L.P.O. Box 21226, ManamaKingdom of BahrainTel: +973 1733 3680Fax: +973 1733 3486E-mail: [email protected] Wade Adams Saudi Arabia L.L.C.P.O. Box 286778, RiyadhKingdom of Saudi ArabiaTel. +966 1200 9714Fax. +966 1200 9751E-mail: [email protected] Gulf Consolidated Contractors W.L.L. P.O. Box 22501, Doha, QatarTel: +974 44850602Fax: +974 44850599E-mail: [email protected]
Hilal Bil Badi & Partners Contracting Company W.L.L. (HILALCO) (Under Group Management)P.O. Box 28177, Abu Dhabi, United Arab EmiratesTel: +971 2 448 8879Fax: +971 2 448 8655E-mail: [email protected]
Union Energy Inc Omar Hodge BuildingWickhams Cay 1Road Town, TortolaBritish Virgin IslandsRegistered Branch in Hamriya Free ZoneSharjah, U.A.E.P.O. Box 41523, Sharjah, United Arab EmiratesTel: +971 6 526 3188Fax: +971 6 526 3078E-mail: [email protected]
Wade Adams Middle East Group (WAME)Management Structure
Business Segments
STRATEGIC SUPPORT
Business Development
ControllingCorporate Finance
& Legal
Corporate Governance
Group Treasury
Human Resources
Internal Audit
IT
Risk Management
PROJECT SUPPORT
Administration
Accounting
Contractual
Environment
Estimation
Health & Safety
Planning
Plant
Quality
Sourcing & Procurement
Technical
WAME Group Executive Committee
Chairman/President - Kypros TsentasManaging Director - John Papadouris
Group General Manager - Kyriakos AntzoulisGroup Chief Financial Officer - Manilal De Silva
Corporate & Project Management Office, Dubai
Project Execution & Profit Centers
Sel
ecte
d P
roje
ct
Contacts
Hila
l Bil
Bad
i & P
artn
ers
Con
trac
ting
Co.
WLL
(H
ILA
LCO
)Abu
Dha
bi, U
AE
(Und
er G
roup
Man
agem
ent)
Wad
e A
dam
s C
ontr
acti
ng L
LCD
ubai
, UAE
Wad
e A
dam
s, S
harj
ah L
LCSha
rjah
, UAE
Wad
e A
dam
s, E
mir
ates
LLC
Abu
Dha
bi,
UAE
Wad
e A
dam
s, O
man
LLC
Mus
cat,
Om
an
Wad
e A
dam
s, L
ibya
Gen
eral
Con
trac
ting
JS
CTri
pol
i, Li
bya
Wad
e A
dam
s, B
ahra
in W
LLM
anam
a, B
ahra
in
Wad
e A
dam
s, S
audi
Ara
bia
LLC
Riy
adh,
KSA
Gul
f C
onso
lida
ted
Con
trac
tors
WLL
Doh
a, Q
atar
Uni
on E
nerg
y In
c.H
amri
ya F
reez
one,
Sha
rjah
, UAE
WAME Board of Directors
CivilInfrastructure
Industrial Marine WorksUtilityWorks
BuildingOil and Gas
Storage
Roads Bridges andUnderpasses
Airports Residential Dams Landscaping andtheming Works
Earth Works
49
50 51
48
Nosco-Oil and Bitumen Storage Terminal
The terminal originally comprised tanks for 22,000 tons of diesel fuel oil, 10,000 tons of fuel oil and 5,000 tons of bitumen, complete with receiving, handling and distribution facilities. In 2005, Wade Adams converted the two, 5,000-ton bitumen tanks to gas oil tanks. The process included cleaning of the tanks, modification by addition of sumps, modification to existing pipe works and control systems, installation of a new control system (SCADA) and testing and commissioning.
pg50 pg51
pg48 pg49
Wade Adams Middle East established Union Energy, a wholly owned
company, in 1999 and in partnership with a Sharjah-based group, formed
the National Oil Storage Company (Nosco) which built, owns and operates
an oil and bitumen terminal in Sharjah’s Hamriyah Free Zone.
To date Union Energy continues to trade in oil and bitumen products
primarily for the group’s requirements.
In early 2011 Wade Adams finalised a strategic alliance with a major North
American group specialising in the provision of services for the downstream
natural gas sector, and actively entered in this field too.
Oil and gas
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client National Oil Storage Company (NOSCO)
Commencement Date February 1999
Contract Period 18 months
Wade Adams (Middle East) LimitedOmar Hodge BuildingWickhams Cay 1, P.O. Box 313,Road Town, TortolaBritish Virgin IslandsCorporate and Project Management Office, DubaiTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Contracting (L.L.C.)P.O. Box 4337, Dubai, United Arab EmiratesTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Sharjah L.L.C.P.O. Box 38200, Sharjah, United Arab EmiratesTel: +971 6 575 9944Fax: +971 6 575 9579E-mail: [email protected]
Wade Adams Emirates L.L.CP.O. Box 3995, Abu Dhabi, United Arab EmiratesTel: +971 2 681 9777Fax: +971 2 681 9778E-mail: [email protected]
Wade Adams Oman LLCP.O Box 26, Muscat, Sultanate of OmanTel: +968 2469 5006Fax: +968 2469 7877E-mail: [email protected]
Wade Adams Libya General Contracting (J.S.C)P.O. Box 90002, Tripoli, LibyaTel: +218 21 350 9390Fax: +218 21 725 4227E-mail: [email protected]
Wade Adams (Bahrain) W.L.L.P.O. Box 21226, ManamaKingdom of BahrainTel: +973 1733 3680Fax: +973 1733 3486E-mail: [email protected] Wade Adams Saudi Arabia L.L.C.P.O. Box 286778, RiyadhKingdom of Saudi ArabiaTel. +966 1200 9714Fax. +966 1200 9751E-mail: [email protected] Gulf Consolidated Contractors W.L.L. P.O. Box 22501, Doha, QatarTel: +974 44850602Fax: +974 44850599E-mail: [email protected]
Hilal Bil Badi & Partners Contracting Company W.L.L. (HILALCO) (Under Group Management)P.O. Box 28177, Abu Dhabi, United Arab EmiratesTel: +971 2 448 8879Fax: +971 2 448 8655E-mail: [email protected]
Union Energy Inc Omar Hodge BuildingWickhams Cay 1Road Town, TortolaBritish Virgin IslandsRegistered Branch in Hamriya Free ZoneSharjah, U.A.E.P.O. Box 41523, Sharjah, United Arab EmiratesTel: +971 6 526 3188Fax: +971 6 526 3078E-mail: [email protected]
Wade Adams Middle East Group (WAME)Management Structure
Business Segments
STRATEGIC SUPPORT
Business Development
ControllingCorporate Finance
& Legal
Corporate Governance
Group Treasury
Human Resources
Internal Audit
IT
Risk Management
PROJECT SUPPORT
Administration
Accounting
Contractual
Environment
Estimation
Health & Safety
Planning
Plant
Quality
Sourcing & Procurement
Technical
WAME Group Executive Committee
Chairman/President - Kypros TsentasManaging Director - John Papadouris
Group General Manager - Kyriakos AntzoulisGroup Chief Financial Officer - Manilal De Silva
Corporate & Project Management Office, Dubai
Project Execution & Profit Centers
Sel
ecte
d P
roje
ct
Contacts
Hila
l Bil
Bad
i & P
artn
ers
Con
trac
ting
Co.
WLL
(H
ILA
LCO
)Abu
Dha
bi, U
AE
(Und
er G
roup
Man
agem
ent)
Wad
e A
dam
s C
ontr
acti
ng L
LCD
ubai
, UAE
Wad
e A
dam
s, S
harj
ah L
LCSha
rjah
, UAE
Wad
e A
dam
s, E
mir
ates
LLC
Abu
Dha
bi,
UAE
Wad
e A
dam
s, O
man
LLC
Mus
cat,
Om
an
Wad
e A
dam
s, L
ibya
Gen
eral
Con
trac
ting
JS
CTri
pol
i, Li
bya
Wad
e A
dam
s, B
ahra
in W
LLM
anam
a, B
ahra
in
Wad
e A
dam
s, S
audi
Ara
bia
LLC
Riy
adh,
KSA
Gul
f C
onso
lida
ted
Con
trac
tors
WLL
Doh
a, Q
atar
Uni
on E
nerg
y In
c.H
amri
ya F
reez
one,
Sha
rjah
, UAE
WAME Board of Directors
CivilInfrastructure
Industrial Marine WorksUtilityWorks
BuildingOil and Gas
Storage
Roads Bridges andUnderpasses
Airports Residential Dams Landscaping andtheming Works
Earth Works
49
50 51
48
Nosco-Oil and Bitumen Storage Terminal
The terminal originally comprised tanks for 22,000 tons of diesel fuel oil, 10,000 tons of fuel oil and 5,000 tons of bitumen, complete with receiving, handling and distribution facilities. In 2005, Wade Adams converted the two, 5,000-ton bitumen tanks to gas oil tanks. The process included cleaning of the tanks, modification by addition of sumps, modification to existing pipe works and control systems, installation of a new control system (SCADA) and testing and commissioning.
pg50 pg51
pg48 pg49
Wade Adams Middle East established Union Energy, a wholly owned
company, in 1999 and in partnership with a Sharjah-based group, formed
the National Oil Storage Company (Nosco) which built, owns and operates
an oil and bitumen terminal in Sharjah’s Hamriyah Free Zone.
To date Union Energy continues to trade in oil and bitumen products
primarily for the group’s requirements.
In early 2011 Wade Adams finalised a strategic alliance with a major North
American group specialising in the provision of services for the downstream
natural gas sector, and actively entered in this field too.
Oil and gas
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client National Oil Storage Company (NOSCO)
Commencement Date February 1999
Contract Period 18 months
Wade Adams (Middle East) LimitedOmar Hodge BuildingWickhams Cay 1, P.O. Box 313,Road Town, TortolaBritish Virgin IslandsCorporate and Project Management Office, DubaiTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Contracting (L.L.C.)P.O. Box 4337, Dubai, United Arab EmiratesTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Sharjah L.L.C.P.O. Box 38200, Sharjah, United Arab EmiratesTel: +971 6 575 9944Fax: +971 6 575 9579E-mail: [email protected]
Wade Adams Emirates L.L.CP.O. Box 3995, Abu Dhabi, United Arab EmiratesTel: +971 2 681 9777Fax: +971 2 681 9778E-mail: [email protected]
Wade Adams Oman LLCP.O Box 26, Muscat, Sultanate of OmanTel: +968 2469 5006Fax: +968 2469 7877E-mail: [email protected]
Wade Adams Libya General Contracting (J.S.C)P.O. Box 90002, Tripoli, LibyaTel: +218 21 350 9390Fax: +218 21 725 4227E-mail: [email protected]
Wade Adams (Bahrain) W.L.L.P.O. Box 21226, ManamaKingdom of BahrainTel: +973 1733 3680Fax: +973 1733 3486E-mail: [email protected] Wade Adams Saudi Arabia L.L.C.P.O. Box 286778, RiyadhKingdom of Saudi ArabiaTel. +966 1200 9714Fax. +966 1200 9751E-mail: [email protected] Gulf Consolidated Contractors W.L.L. P.O. Box 22501, Doha, QatarTel: +974 44850602Fax: +974 44850599E-mail: [email protected]
Hilal Bil Badi & Partners Contracting Company W.L.L. (HILALCO) (Under Group Management)P.O. Box 28177, Abu Dhabi, United Arab EmiratesTel: +971 2 448 8879Fax: +971 2 448 8655E-mail: [email protected]
Union Energy Inc Omar Hodge BuildingWickhams Cay 1Road Town, TortolaBritish Virgin IslandsRegistered Branch in Hamriya Free ZoneSharjah, U.A.E.P.O. Box 41523, Sharjah, United Arab EmiratesTel: +971 6 526 3188Fax: +971 6 526 3078E-mail: [email protected]
Wade Adams Middle East Group (WAME)Management Structure
Business Segments
STRATEGIC SUPPORT
Business Development
ControllingCorporate Finance
& Legal
Corporate Governance
Group Treasury
Human Resources
Internal Audit
IT
Risk Management
PROJECT SUPPORT
Administration
Accounting
Contractual
Environment
Estimation
Health & Safety
Planning
Plant
Quality
Sourcing & Procurement
Technical
WAME Group Executive Committee
Chairman/President - Kypros TsentasManaging Director - John Papadouris
Group General Manager - Kyriakos AntzoulisGroup Chief Financial Officer - Manilal De Silva
Corporate & Project Management Office, Dubai
Project Execution & Profit Centers
Sel
ecte
d P
roje
ct
Contacts
Hila
l Bil
Bad
i & P
artn
ers
Con
trac
ting
Co.
WLL
(H
ILA
LCO
)Abu
Dha
bi, U
AE
(Und
er G
roup
Man
agem
ent)
Wad
e A
dam
s C
ontr
acti
ng L
LCD
ubai
, UAE
Wad
e A
dam
s, S
harj
ah L
LCSha
rjah
, UAE
Wad
e A
dam
s, E
mir
ates
LLC
Abu
Dha
bi,
UAE
Wad
e A
dam
s, O
man
LLC
Mus
cat,
Om
an
Wad
e A
dam
s, L
ibya
Gen
eral
Con
trac
ting
JS
CTri
pol
i, Li
bya
Wad
e A
dam
s, B
ahra
in W
LLM
anam
a, B
ahra
in
Wad
e A
dam
s, S
audi
Ara
bia
LLC
Riy
adh,
KSA
Gul
f C
onso
lida
ted
Con
trac
tors
WLL
Doh
a, Q
atar
Uni
on E
nerg
y In
c.H
amri
ya F
reez
one,
Sha
rjah
, UAE
WAME Board of Directors
CivilInfrastructure
Industrial Marine WorksUtilityWorks
BuildingOil and Gas
Storage
Roads Bridges andUnderpasses
Airports Residential Dams Landscaping andtheming Works
Earth Works
49
50 51
48
Nosco-Oil and Bitumen Storage Terminal
The terminal originally comprised tanks for 22,000 tons of diesel fuel oil, 10,000 tons of fuel oil and 5,000 tons of bitumen, complete with receiving, handling and distribution facilities. In 2005, Wade Adams converted the two, 5,000-ton bitumen tanks to gas oil tanks. The process included cleaning of the tanks, modification by addition of sumps, modification to existing pipe works and control systems, installation of a new control system (SCADA) and testing and commissioning.
pg50 pg51
pg48 pg49
Wade Adams Middle East established Union Energy, a wholly owned
company, in 1999 and in partnership with a Sharjah-based group, formed
the National Oil Storage Company (Nosco) which built, owns and operates
an oil and bitumen terminal in Sharjah’s Hamriyah Free Zone.
To date Union Energy continues to trade in oil and bitumen products
primarily for the group’s requirements.
In early 2011 Wade Adams finalised a strategic alliance with a major North
American group specialising in the provision of services for the downstream
natural gas sector, and actively entered in this field too.
Oil and gas
Client Government of Sharjah (DOCA)
Commencement Date February 2011
Contract Period Ongoing
Client National Oil Storage Company (NOSCO)
Commencement Date February 1999
Contract Period 18 months
Wade Adams (Middle East) LimitedOmar Hodge BuildingWickhams Cay 1, P.O. Box 313,Road Town, TortolaBritish Virgin IslandsCorporate and Project Management Office, DubaiTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Contracting (L.L.C.)P.O. Box 4337, Dubai, United Arab EmiratesTel: +971 4 266 6833Fax: +971 4 269 3039E-mail: [email protected]
Wade Adams Sharjah L.L.C.P.O. Box 38200, Sharjah, United Arab EmiratesTel: +971 6 575 9944Fax: +971 6 575 9579E-mail: [email protected]
Wade Adams Emirates L.L.CP.O. Box 3995, Abu Dhabi, United Arab EmiratesTel: +971 2 681 9777Fax: +971 2 681 9778E-mail: [email protected]
Wade Adams Oman LLCP.O Box 26, Muscat, Sultanate of OmanTel: +968 2469 5006Fax: +968 2469 7877E-mail: [email protected]
Wade Adams Libya General Contracting (J.S.C)P.O. Box 90002, Tripoli, LibyaTel: +218 21 350 9390Fax: +218 21 725 4227E-mail: [email protected]
Wade Adams (Bahrain) W.L.L.P.O. Box 21226, ManamaKingdom of BahrainTel: +973 1733 3680Fax: +973 1733 3486E-mail: [email protected] Wade Adams Saudi Arabia L.L.C.P.O. Box 286778, RiyadhKingdom of Saudi ArabiaTel. +966 1200 9714Fax. +966 1200 9751E-mail: [email protected] Gulf Consolidated Contractors W.L.L. P.O. Box 22501, Doha, QatarTel: +974 44850602Fax: +974 44850599E-mail: [email protected]
Hilal Bil Badi & Partners Contracting Company W.L.L. (HILALCO) (Under Group Management)P.O. Box 28177, Abu Dhabi, United Arab EmiratesTel: +971 2 448 8879Fax: +971 2 448 8655E-mail: [email protected]
Union Energy Inc Omar Hodge BuildingWickhams Cay 1Road Town, TortolaBritish Virgin IslandsRegistered Branch in Hamriya Free ZoneSharjah, U.A.E.P.O. Box 41523, Sharjah, United Arab EmiratesTel: +971 6 526 3188Fax: +971 6 526 3078E-mail: [email protected]
Wade Adams Middle East Group (WAME)Management Structure
Business Segments
STRATEGIC SUPPORT
Business Development
ControllingCorporate Finance
& Legal
Corporate Governance
Group Treasury
Human Resources
Internal Audit
IT
Risk Management
PROJECT SUPPORT
Administration
Accounting
Contractual
Environment
Estimation
Health & Safety
Planning
Plant
Quality
Sourcing & Procurement
Technical
WAME Group Executive Committee
Chairman/President - Kypros TsentasManaging Director - John Papadouris
Group General Manager - Kyriakos AntzoulisGroup Chief Financial Officer - Manilal De Silva
Corporate & Project Management Office, Dubai
Project Execution & Profit Centers
Sel
ecte
d P
roje
ct
Contacts
Hila
l Bil
Bad
i & P
artn
ers
Con
trac
ting
Co.
WLL
(H
ILA
LCO
)Abu
Dha
bi, U
AE
(Und
er G
roup
Man
agem
ent)
Wad
e A
dam
s C
ontr
acti
ng L
LCD
ubai
, UAE
Wad
e A
dam
s, S
harj
ah L
LCSha
rjah
, UAE
Wad
e A
dam
s, E
mir
ates
LLC
Abu
Dha
bi,
UAE
Wad
e A
dam
s, O
man
LLC
Mus
cat,
Om
an
Wad
e A
dam
s, L
ibya
Gen
eral
Con
trac
ting
JS
CTri
pol
i, Li
bya
Wad
e A
dam
s, B
ahra
in W
LLM
anam
a, B
ahra
in
Wad
e A
dam
s, S
audi
Ara
bia
LLC
Riy
adh,
KSA
Gul
f C
onso
lida
ted
Con
trac
tors
WLL
Doh
a, Q
atar
Uni
on E
nerg
y In
c.H
amri
ya F
reez
one,
Sha
rjah
, UAE
WAME Board of Directors
CivilInfrastructure
Industrial Marine WorksUtilityWorks
BuildingOil and Gas
Storage
Roads Bridges andUnderpasses
Airports Residential Dams Landscaping andtheming Works
Earth Works