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EXPLORING NEW FRONTIERS - when experience and quality matters
exploring new frontiers- when experience and quality matters
Commercial Marine Cruise & Ferries Oil & Gas Recreational Boats Navy Obstruction Lighting
© Anadarko
generations of experience
Scandinavians have been trading light to other countries for thousands of years. The Vikings set sail in their longboats to discover new land, and to sell oil to be used in primitive lamps. They challenged the seas and the unknown in their open boats.
Later on in history our seamen conquered the seven seas; expertise, innovation and hard work gave birth to new and exciting inventions.
The first crude oil was discovered in the North Sea in the late 1960s. Local companies have reached a world leading position with oil technology, drilling rigs and offshore vessels.
The same ambition to discover something new and to innovate was very much present in Birger Hatlebakk – the founder of Glamox. In the late 1940s, he started producing electrical material based on his own inventions in the city of Trondheim. A secret chemical formula allowed him to create high quality reflectors from standard aluminum. The company later moved to Molde. Today Glamox is a leading conglomerate within lighting, manufacturing innovative and recognised quality products for distribution world wide.
Glamox set sail like the Vikings a long time before them, trading light in foreign waters.
contentsGenerations of experience .............................................. 4Innovative technology .................................................... 5Icebreaking innovation ................................................... 7Health, safety and environment ........................................ 9Longterm relationship ....................................................11Light engineering .........................................................13Lighting design ........................................................... 14References ................................................................. 16Our solution ............................................................... 26
We have done our outmost to make sure that illustrations are correct at the date of publication. We appreciate the contribution of photos from companies represented in the brochure. Glamox disclaims responsibility for any misprints.
Final editing 16.11.2011
4
generations of experience
Glamox was founded in 1947. Through the years several subsidiaries has been established. We fulfill a wide range of requirements through our brands; aqua signal, Høvik Lys, Luxo and Norselight, all of them with longer experience than the mother company. In fact, two of the companies, Høvik and aqua signal, were founded late in the 19th century and started supplying marine lighting before Thomas Alva Edison invented the incandescent lamp.
All together we have combined experience of almost 500 years in the group and have several of the most recognized brands in our part of the worldwide marine and offshore industry.
As a manufacturer of marine lighting, Glamox gained experience through cooperation with Norwegian shipowners, rebuilding their fleet after World War II. Starting from the early 70’s the offshore adventure in the North Sea began and Glamox became the main contributor within our part of the electrical discipline.
Funny enough, relating to the oil and gas industry, in the copper lanterns or the brass wall lamps, they used kerosene, the first commercial applicable product from hydrocarbons. Today we use LEDs in the same products.
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innovative technology
Our laboratories are the best equipped test centers for lighting solutions in Europe and has many years of experience with high demands for testing from the marine and offshore sector. Four climatic test chambers that can reach temperatures from -80 ºC up to +180 °C and allow relative humidities up to 98%, ensures product`s immunity from extreme cold or heat and from rapid changes in temperature or humidity.
With the electrodynamic vibration exciter we can expose lighting equipment to extreme vibrations with accelerations up to 15g. Our shock test equipment perform accelerations up to 300g. We are also able to check watertightness and subject the product to several electrical tests.
“With our testing we tend to gain flawless function and rough durability for our products – for the customers to rely on”
Hasso Schulz, Manager Environmental Test Centre in Bremen.
© Stena Drilling
©ENI Norge
Goliat
Photo: Westcon Øyvind Sætre.
Scarabeo 8
Stena DrillMAX ICE
© Stena Drilling
Photo: Westcon Øyvind Sætre. 7
icebreaking innovationStena Drillmax / Goliat / Scarabeo 8
stena DrillMAx ice is the first ice-class ultra deepwater drillship for rough arctic conditions, allowing safe and efficient operations with temperatures down to -30º C. Stena DrillMAX ICE is an ice-class version of Stena DrillMAX. The DrillMAX fleet is built by Samsung Heavy Industries, a world leader on drillship constructions. DrillMAX ICE is the first drillship with DNV requirements winter Ice Cold -30º C (ice classification PC4) The Polar Class classification has a scale from PC1 to PC5, where ship at PC4 level must be able to break through ice up to 125 cm / 4,1 feet.
When engineering of Stena DrillMAX ICE started, the door was open for all suppliers to find the best lighting solution for arctic conditions (temperatures down to -30º C). Early in the process we found that LED technology was the better option for Stena Drilling and it was the most efficient solution for to meet the requirements. A LED luminary is not affected by the ambient temperature and gives equal light output at +30º C as well as at -30º C. In order to meet NORSOK standard when it comes to LUX level, a solution with fluorescent lighting fittings would require twice the quantity of fittings as with the LED technology.
The use of LED technology was the best solution for Stena Drilling and Samsung, both to reduce weight, maintenance cost, less power consumption and last but not least less installation hours for the yard.
the goliat fpso is build according to NORSOK standards with the hull classified to -20º C and equipment to -18º C. The FPSO is built at Hyundai Heavy Industries in Korea for oil major ENI. The FPSO will produce oil in the GOLIAT field in the Barent Sea. Harsh environment demands luminaries that can work in low temperatures down to -18º C. LED technology is the perfect solution for the Goliat FPSO and both the Hyundai Heavy Industries and ENI were convinced that MAX ICE was the perfect luminary for the project. Glamox is a complete supplier of lighting for the Goliat project, including lightdesign and lightcalculation.
The semisubmersible drilling rig, scarabeo 8, owned by Italian oil major Saipem, will do development drilling at the Goliat field in the Barent Sea. The rig is equipped with Ex light fixtures for harsh arctic environments.
“Early in the process we found that LED technology was the better option for Stena”
Andreas BerglundGeneral Manager Glamox Korea
Photo: Jon Fjeldstad/Fotoarkivet.no
Photo: Tom Haga
9
HSE Consultant Johan Kolstø for Statoil explains the problems they face with falling objects. He works with HSE for the group responsible for drilling and oil wells; StatoilHydro have around 40 operational offshore rigs.
“There is a lot of movement and vibration on the rigs, and suspended equipment can come loose and fall down if it has not been properly secured or produced according to our requirements,” he continues. Operators and suppliers in the North Sea area have a joint forum, DROPS, where they discuss and compile requirements and standards to be set for equipment onboard rigs. All potential suppliers of equipment to the operating companies are expected to comply with these requirements.
“We have worked together with Glamox for many years now, and they are one of those companies who have taken the problem of falling objects seriously, and developed light fittings in accordance with the requirements we expect.” The actual basis for creating a product which satisfies the safety requirements set by operating companies begins as early as the design stage.
“With a supplier such as Glamox, we are in dialogue from design to finished product. We secure the requirements for developing a light fitting which will not fall down. The light fittings are suspended high over the people working on offshore rigs. This is why we have to set strict requirements on suppliers and their products”, concludes Kolstø.
“Falling objects are one of the largest safety problems we have offshore. 60-70% of the most serious incidents offshore are related to falling objects, this is a
problem we take very seriously.”
HSE Advisor, Johan Kolstø in Statoil
statoilHealth, safety and environment
Johan Kolstø, HSE Advisor in Statoil.
Photo: May Bente Langhelle
11
“Our FPSOs often have to operate in extremely rough climates, such as the tropics where the air is hot, humid and salty. We therefore have to place strict requirements on the
quality of all equipment on board, both in terms of quality, functionality and maintenance-friendliness.”
Thore Stubberud, BW Offshore
Bw offshoreLongterm relationship
Thore Stubberud and BW Offshore place strict requirements on the equipment for their FPSOs.
Thore Stubberud is manager of the EI&T-department in the technical division of BW Offshore. BW Offshore is a leading global provider of floating production services to the oil and gas industry. With the acquisition of Prosafe Production in 2010 the company is the world’s second largest contractor with a fleet of 15 FPSOs and three FSOs. BW Offshore has an excellent track record on project execution and operations, with more than 25 years of experience.
“At what stage of such major projects do you contact suppliers, and what requirements do you expect of them?” “It all depends on the type of contract. A number of our suppliers are involved during the tender phase with the oil companies. However, when it comes to lighting, our suppliers are more involved in the detail engineering phase. For a supplier to sign an agreement with us, they must comply with absolute requirements regarding quality, delivery, service and availability of spare parts, and of course provide competitive prices.”
Glamox has supplied the lighting for all the FPSO projects executed by BW Offshore since the 80s, on both conversions from tankers or newbuildings. “What are the requirements for lighting onboard an FPSO, where oil is both produced and stored?” “The lighting onboard an FPSO has to be good, and must comply with the requirements in the class regulations and a number of Offshore standards. Risk of explosion, extreme environment and requirements for emergency and escape route lights are all areas which receive constant attention and focus. The right product in the right area is of the utmost importance.”
“We choose suppliers who cover a wide range of lighting equipment for maritime use. They focus on the challenges and requirements we make, and they are good at developing their own products. Glamox have been active on the market for a long time, have wide-ranging and lengthy experience, and know what we as customer want and need”, confirms Thore Stubberud from BW Offshore.
Photo: Michal Tomaszewicz
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Senior Engineer Ragnar Aasrum from Grenland Group is clearly satisfied with Optiwin. He is part of a group involved in the design of electronics, instrumentation and telecommunications for large drillships. On all new major projects, Aasrum and his colleagues plan to make use of Optiwin 3D in order to plan the correct lighting for the entire ship.
Grenland Group works within the market for engineering, production and installation for the global oil and gas industry. The company has worked on numerous projects, including engineering services for drillships built at Samsung Heavy Industries in Korea. Grenland Group provided services for the ultra deep-sea drillship, constructed for Transocean at the world’s largest shipyard, Hyundai Heavy Industries, Korea (Ulsan). These types of offshore vessels are packed with equipment in every nook and cranny. Lighting is a real challenge.
“Pipes, machinery, steel beams and other equipment can easily cast shadows, resulting in poor lighting. Glamox’s 3D tool is fantastic. It helps us solve the problem of where to place light fittings and floodlights. We can do this on the computer screen during the design phase. In the past this was done at the yard during installation. This saves both us and the yard a lot of time and money”, confirms Ragnar Aasrum.
All work on the design of lighting on drillships and other offshore installations is based on the required specification, and years of experience. All areas on such ships have strict requirements related to equipment, safety and light. “We download the 3D model from the design programmes in Optiwin 3D, and place the correct light in the correct positions. This type of 3D calculation is a fantastic way to work. It allows us to design the very best and correct lighting for ships”, concludes Ragnar Aasrum.
“We have achieved great savings by using the light calculation program Optiwin from Glamox. We are now using Optiwin 3D, and expect to see even higher savings in time and costs. ”
Senior Engineer Ragnar Aasrum
grenland groupLight engineering
The Grenland Group has attended a course in light design. From the left, Ragnar Aasrum, Kent Ronny Hamre, Camilla Ode and Lloyd Page.
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Optiwin 3D Pro is developed for designing and documenting lighting in the most complex outdoor structures. The goal is to offer effective and safe installation work, it makes it possible to calculate the most demanding environments. The result will secure the installation as you are taking into consideration all equipment from drawing level. All results are available in comprehensive reports. You can exchange the result database with other users through E-mail, reducing communication time. Glamox is a total supplier of lighting design and products. With knowledge on design and light calcultaion we want to build a long term relationship with our customers.
The result of the lighting design programme is a comprehensive report.
optiwin 3D pro- Lighting design
Room dimensions
Reflection
Length x (m)
Height z (m)
Width y (m)
Ceiling
Walls 1-10
Floor
25,99
9,1
24,73
0,7
0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,5
0,2
Working plane (m)
Maintenance factor
1,0
0,7
Calculation result
Calculation Area Room
Total installed kW
Specific load
Emid = 350 Lux Evenness Emin/Emid: 0,28
9,93 W/m² 2,84 W/m² /100 Lux
Emin/Emax = 0,11
Border zone 0,0
4,93 kW
Area (m²) 496,74
Luminaire data
No No Luminaire Type Lm Light src. WattNo LightsPosNr
1 25 MAXS67 236 PC HF 2 6700 T8 36 W 70
2 6 GFX 400F HST WB F 1 55500 HST 400 W 437
3 8 MAXS67 236 PC W/BATTERY BOX
HF 1 6700 T8 36 W 70
Average illuminance Emid = 350 Lux Evenness Emin/Emid: 0,28 Emin/Emax = 0,11
ISOLUX-diagram Calculation Area Room
27.10.2010
1v2010.11.8
ProjectResponsibleRoom name
Report luminaire positioning
Info
GOLIAT FPSOChristian PASCAL01 Center Shaft
EL 1600
Customer
Glamox InternationalPhone +47 71 25 04 11
Fax +47 71 21 85 40
27.10.2010
4v2010.11.8
ProjectResponsibleRoom name
Report luminaire positioning
Info
GOLIAT FPSOChristian PASCAL01B North Shaft
EL 4000
Customer
Room dimensions
Reflection
Length x (m)
Height z (m)
Width y (m)
Ceiling
Walls 1-6
Floor
11,19
6,2
12,88
0,7
0,5 0,5 0,5 0,5 0,5 0,5
0,2
Working plane (m)
Maintenance factor
0,0
0,7
Calculation result - Emerg. light
Calculation Area Room Emid = 2 Lux Evenness: 8:1
Border zone 0,0Area (m²) 113,57
Luminaire data - Emerg. light
No No Luminaire Type Lm Light src. No LightsPosNr
3 3 MAXS67 236 PC W/BATTERY BOX S/E3
HF 1 335 T8 36 W
Average illuminance Emid = 2 Lux Evenness: 8:1
ISOLUX-diagram Calculation Area Room - Emerg. light
Glamox InternationalPhone +47 71 25 04 11
Fax +47 71 21 85 40
27.10.2010
24v2010.11.8
ProjectResponsibleRoom name
Report luminaire positioning
Info
GOLIAT FPSOChristian PASCAL05A Center Shaft
EL 28200
Customer
Room dimensions
Reflection
Length x (m)
Height z (m)
Width y (m)
Ceiling
Walls 1-10
Floor
11,85
3,8
12,46
0,7
0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,5 0,5
0,2
Working plane (m)
Maintenance factor
1,0
0,7
Calculation result
Calculation Area Room
Total installed kW
Specific load
Emid = 411 Lux Evenness Emin/Emid: 0,32
13,13 W/m² 3,19 W/m² /100 Lux
Emin/Emax = 0,23
Border zone 0,0
1,83 kW
Area (m²) 139,41
Luminaire data
No No Luminaire Type Lm Light src. WattNo LightsPosNr
1 7 MAXS67 236 PC HF 2 6700 T8 36 W 70
2 11 10444..Vielzweckleuchte, Abd_klar, 2x36W/G13
F 2 6700 T26 36W/nw/G13 90
3 5 MAXS67 236 PC W/BATTERY BOX
HF 1 6700 T8 36 W 70
Average illuminance Emid = 411 Lux Evenness Emin/Emid: 0,32 Emin/Emax = 0,23
ISOLUX-diagram Calculation Area Room
Glamox InternationalPhone +47 71 25 04 11
Fax +47 71 21 85 40
Photo: Arild Moen
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“Customers using the new system indicate their savings to be up to 70% in electro-engineering. It is now possible to view the positioning of light fixtures in 3D at an early stage of a project. This also reduces the possibility of installation errors and the costs they incur. The fact that we have spent so much time and money on developing such an advanced calculation program is proof of our commitment to helping our customers do a good job”, explains Pascal.
He continues talking as he opens a model of a production vessel on his computer screen. “We import the vessel, place the lighting and are able to carry out all the necessary calculations swiftly and easily.” Christian Pascal studies the screen to make sure there is no shadowing or conflict with other equipment. “I can use the screen to take a walk around the vessel, moving in between pipelines, machines and other equipment to make sure the lighting is correct. It really is great fun to work with such an advanced and detailed system, almost more fun than playing a computer game”, he tells us with a smile.
“Optiwin 3D Pro is available for all our customers. Contact us to find out how this can work for you.”
“I have worked with lighting design for Glamox since 1994. Previously design projects could take up to a month with the tools we had available. Nowadays, with Optiwin
3D Pro, I can do the same work in half an hour.”
Project Manager Christian Pascal
optiwin 3D pro- Like working in the real world
Christian Pascal’s working day at Glamox, and that of customers working with light calculation, is much simpler with the calculation programme Optiwin 3D Pro.
When light calculations are required for an area on a production vessel, the customer submits 3D drawings which are imported into Optiwin 3D Pro. Once the necessary parameters have been specified, the system takes just seconds to calculate lighting and the positioning of light fixtures.
© Marathon Oil
© Lauritzen Offshore
Photo of OSX1 with courtesy of BW offshore
©ENI Norge
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references
aLvHeiMMarathon OilKeppel / aibel
The Alvheim field operated by Marathon Oil is developed with a production vessel, «Alvheim FPSO», and subsea wells. Marathon Oil converted a multi purpose shuttle tanker to an FPSO and renamed the vessel Alvheim. Conversion was done at Keppel Shipyard in Singapore and by Aibel in Haugesund Norway.
Dan SwifTLauritzen Offshore / StatoilBlohm & voss
The floating accommodation unite was converted in 2009 for Denmark’s Lauritzen Offshore at Blohm & Voss in Germany. The DP2 vessel is equipped and prepared for different operations and is currently under contract for Statoil during the hook up and commissioning at the Peregrino field in Brazil.
OSX 1OSX / OGXSamsung / Keppel
This newbuilt FPSO was originally built on speculation for Nexus Floating Production by Samsung Heavy Industries. The vessel was customized by Keppel Shipyard in Singapore and is destined for the Waimea field in Campos Basin in Brazil. The vessel is operated by OSX and it is their first FPSO in the fleet. OSX is subsidiary of the new Brazilian independent oil company OGX.
GOLiaTeniHyundai
Italian oil major Eni, through its subsidiary Eni Norge is the owner and operator of the FPSO. Hyundai Heavy Industries in Korea is building the FPSO based on the Sevan 1000 design, which will produce oil in the GOLIAT field in the Barent Sea. Harsh environment demands luminaries that can work in low temperatures and MAX ICE is the perfect solution for these conditions.
© Anadarko
Photo: Øyvind Hagen / Statoil
© Stena Drilling
17
references
fPSO KwaMe nKruMaH Mv21MODeC / Tullow OilJurong
The FPSO Kwarme Nkrumah MV21 is installed offshore Ghana in the Jubilee Field. This is the largest oil field discovered offshore West Africa in the past 10 years. The FPSO is operated and owned by one of the world leading contractors, MODEC of Japan. The vessel is capable of processing more than 120.000 bpd and is designed to remain on the field for up to 20 years.
GuLLfaKS a and BStatoilaker
The production on the platform Gullfaks A started in 1986 soon to be followed by Gullfaks B in 1988. Both platforms are part of the Greater Gullfaks field that is located in the northern part of the North Sea, the main field consists of three large concrete production platforms Gullfaks A, B and C, all Condeep platforms.
DiSCOverer CLear LeaDerTransocean / ChevronDSMe
This is the first of five consecutive deepwater drillships built at DSME for Transocean, the world’s largest offshore drilling contractor. Both Discoverer Clear Leader and the sister vessel Discoverer Inspiration is on contract for Chevron, while Discoverer Americas drill for Statoil, Discoverer Luanda for BP and finally Discoverer India for Reliance Industries.
STena DriLLMaXStena Drilling / repsol YPfSamsung
DrillMax is built by Samsung Heavy Industries in Korea for Stena Drilling. The ship makes use of dynamic positioning and is built to operate under all kinds of weather conditions including in arctic environment down to - 30C. The vessel accommodates 180 persons and is currently drilling in the presalt area in Brazil for Repsol YPF. Glamox also delivered to the sister vessels Stena Carron and Stena Forth, currently drilling for Chevron and Hess.
Photo: Øyvind Hagen / Statoil
18
references
P-53PetrobrasKeppel / rio Grande Shipyard
Keppel Shipyard converted the old Bergensen VLCC Settebello to an FPSO in 2008. After conversion the vessel was renamed P-53 and went into production in 2009. The FPSO is operated by Petrobras in the Marlim Leste field in Campos Basin, with a production capacity of 180.000 bpd.
PanTanaLGrupo Schahin / Petrobras CiMC raffles
This deep water semi-submersible drilling unit was constructed in 2010 at Yantai CIMC Raffles in China, for the Brazilian Grupo Schahin. SS Pantanal will perform exploration work for Petrobras in Brazil. Glamox also delivered to the sister rig SS Amazonia, which will also be drilling for Petrobras.
CiDaDe De anGra DOS reiS Mv22MODeC / PetrobrasCosco Dalian
Project MV-22 or the Tupi Pilot FPSO underwent conversion at Cosco Dalian in China. The FPSO is owned and operated by giant MODEC on behalf of Petrobras at the world famous pre-salt Lula field in Santos Basin off the Brazilian coast. The FPSO is designed to remain on the field for 20 years and has a production capacity of 100.000 bpd.
OSeBerGStatoil
The Oseberg Field Centre includes three platforms Oseberg A, B and D. They are connected with several bridges. Oseberg A is a concrete base platform with process equipment and living quarters while Oseberg B sits atop a steel jacket and has drilling, production and injection equipment. Oseberg D is a steel platform with processing and export equipment.
© Shell International Limited
© BP p.l.c.
THunDer HOrSeBPDSMe / Kiewit
Thunder Horse Production Drilling Quarters is a BP and Exxon Mobil joint venture. The Semi submersible oil platform is on location over the Mississippi Canyon Thunder Horse oil field, in Gulf of Mexico. Thunder Horse is the largest offshore installation of its kind in the world. The hull was built by Daewoo Shipbuilding & Marine Engineering and the topside was integrated at Kiewit Offshore Services in Texas.
19
references
P-59 & P-60PetrobrasConsórcio rio Paraguaçu
Both P-59 and P 60 is the first two offshore drilling rigs built in Brazil for 30 years. The two jack-ups will be operated by Petrobras. The well proven design Super 116 E from LeTourneau is familiar to Glamox from previous deliveries at other yards in the world. The rigs are being built by Consorcio Rio Paraguacu, a joint venture by Brazilian contractors Odebrecht, Queiroz Galvao and UTC Engenharia.
CiDaDe De viTOriaSaipem / PetrobrasDrydocks world - Dubai
The FPSO underwent conversion at Drydocks World in Dubai in 2005 and is operated by Saipem on behalf of Petrobras. Cidade de Vitoria operates in the Golfinho II field that is part of Espirito Santo located offshore of Brazil. The FPSO is connected to four oil-producing wells, to two gas-producing wells and to three water-injector wells and has a production capacity of 100.000 bpd.
DrauGenShellaker
The Draugen platform was installed in 1993 and is operated by Norske Shell, subsidiary of Royal Dutch Shell. Resting on a single column, the platform consists of a concrete shaft with integrated topside decks. The production capacity of the platform is about 140.000 bpd. Shell expects to continue production at Draugen at least until 2024.
© Maersk
Photo: Anne-Mette Fjærli / Statoil
Photo of Cidade de Sao Vicente with courtesy of BW offshore
MaD DOGBPTechnip / McDermott
Mad Dog is the name of a SPAR oil platform operated by BP in the Gulf of Mexico off the coast of Louisiana. It became operational in 2005, and is one of a new breed of oil drilling platforms that tap oil reserves deep beneath offshore waters. The platform produces 110.000 bpd and 60 million cubic feet of gas per day.
© BP p.l.c.
20
references
nOrne fPSOStatoilaker
This vessel is a turret-moored monohull, which is equipped with production, storage and offloading facilities. The FPSO is deployed at the Norne field and tied to subsea production facilities. Gas from the filed is transported in pipe-systems approx 1400 kilometres from the field to the shore in Dornum in Germany.
PereGrinO fPSOMaersk fPSOs / StatoilMcDermott / Keppel
Statoil is the operator of the challenging, but prosperous shallow water Peregrino heavy oil field in the Campos basin off Brazil. The production scheme will in 2011 consist of two wellhead drilling platforms and one FPSO. Maersk FPSOs is operating the FPSO on behalf of Statoil. The vessel was converted by McDermott in Batam, Indonesia and Keppel Shipyard in Singapore.
CiDaDe De SaO viCenTeBw Offshore / PetrobrasKeppel
The Tupi TLD FPSO underwent conversion at Keppel Benoi Shipyard in Singapore and is operated by BW Offshore on behalf of Petrobras. Already in May 2009 the vessel started to produce light presalt oil in the Santos basin offshore Brazil. BW Cidade de São Vicente is BW Offshore's first FPSO for the giant Tupi cluster / pre-salt reservoirs.
© Sevan Marine
Courtesy: Huisman
© Floatel International Ltd.
Photo: Rolf Estensen
21
references
Sevan DriLLerSevan Marine / PetrobrasCosco nantong
With their innovative design, Sevan Marine of Norway has since 2007 been operating the Sevan Piranema FPSO for Petrobras in Brazil. The contractor’s versatile hull design also proved interesting to Petrobras for deepwater exploration. The Cosco Nantong built drilling rig Sevan Driller was originally contracted by Petrobras for development drilling in the US Gulf of Mexico, but was redirected to Brazil to take part in the national oil company’s unprecedented drilling campaign.
nOBLe BuLLY i & iinoble Corporation / ShellKeppel
Frontier Drilling and Shell contracted two drillships of Gusto Bully PRD 12000 design with arctic capabilities at Keppel Shipyard in Singapore. Frontier’s part ownership and long term contracts with Royal Dutch Shell were taken over by the drilling contractor Noble Corporation. Noble Bully I is destined for the US Gulf of Mexico while Noble Bully II is en route to Brazil.
fLOaTeL SuPeriOrfloatel internationalKeppel
This single cabin floating accommodation unit was built by Keppel FELS in Singapore for Swedish contractor Floatel International and will be used by Talisman Energy Norge and Statoil on the Norwegian Continental Shelf (NCS). The second unit, Floatel Reliance, also built by Keppel FELS for Floatel International is contracted to Petrobras in Brazil.
aKer SPiTSBerGenaker Drilling / Statoilaker
Aker Spitsbergen is the biggest 6th generation semisubmersible drilling rig built for operation in arctic areas. First contract is for Statoil in rough waters off the coast of northern Norway. Glamox also delivered to the sister rig Aker Barents, currently drilling for Det Norske Oljeselskap.
© COSL Drilling Europe AS
© Total
Photo: Rune Johansen / Statoil
22
references
COSL PiOneerCOSL Drilling europe / StatoilCiMC raffles
The contract for this GM 4000 design semisubmersible drilling rig was initially made by AWILCO at Yantai CIMC Raffles in China and under contract with BP in Norway to do development drilling for the Skarv field in the Norwegian Sea. COSL later acquired AWILCO including the two sister rigs, COSL Innovator and COSL Promoter which is under construction in China.
PazfLOrTotalDSMe
This giant purpose built FPSO is destined for West Africa and will be the third FPSO for Total in the world class Block 17 in Angola. The newbuild is designed by KBR and constructed by DSME in South Korea. Glamox also delivered to the previously Samsung built Dalia FPSO located in the same block.
HeLiX PrODuCer iHelix energy Solutionsviktor Lenac / Kiewit
Helix Producer 1 is a ship-shaped monohull FPSO located in the US Gulf of Mexico. The hull was converted at Viktor Lenac in Croatia and the topside and integration done at Kiewit Offshore in USA. The vessel made an important contribution for BP at the Macondo well, before starting to produce at the previous Typhon field, now renamed Phoenix by the operator Helix Energy Solutions.
SnOrre aStatoil
Snorre A is an integrated production, drilling and quarters (PDQ) unit. This tension leg platform (TLP) is moored to the seabed by steel tethers. The Snorre field consist of Snorre A and Snorre B and was Saga Petroliums first development and is located west of Sognefjorden in Norway. The field has been producing oil and gas since August 1992.
Photo: Øyvind Hagen / StatoilHydro
© Sevan Marine
© Saipem
© SBM Offshore with the courtesy of Petrobras
23
references
MOnGSTaD refinerYStatoil / Shell
The Mongstad refinery in western Norway is a modern oil refinery with a capacity of 10 million tons crude oil per year. The largest production is petrol, diesel, jet fuel and light petroleum products distributed to customers in North America, Europe and Asia. The refinery is owned by Statoil and Shell and is the largest in Norway. The refinery is working to be the cleanest refinery in the world by 2014.
Sevan HuMMinGBirDSevan Marine / CentricaCiMC raffles / Keppel
Sevan Hummingbird was built at Yantai CIMC Raffles Shipyard in China and completed at Keppel Verolme in Rotterdam. The unit is the first cylindrical FPSO to be installed in the North Sea. Sevan Hummingbird is producing oil for Centrica at the Chestnut field. The platform has a storage capacity of 300.000 barrels and can produce up to 30.000 bpd.
SCaraBeO 8Saipem / eniSevmash / fincantieri
The hull of this semisubmersible drilling rig was built by Sevmash in Russia and the topside by Fincantieri in Italy. Saipem will bring the rig back north to do development drilling for Eni Norge at the Goliat field on the Norwegian side of the Barent Sea in the arctic. The rig has been upgraded for harsh arctic environments at Westcon in Norway.
P-57SBM / PetrobrasKeppel
For the Jubarte field in Campos Basin, Petrobras contracted Keppel to convert the FPSO P-57. Keppel did the marine conversion in Singapore and the topside was done by Keppel BraFELS at their shipyard in Angra dos Reis in Brazil. SBM Offshore will operate the FPSO the first three years, the vessel has a production capacity of 180.000 bpd.
© Seadrill
© BP p.l.c.
Photo: Helge Hansen / Statoil
KOLLSneSStatoil / Gassco
Kollsnes processing plants is located in Øygarden, west of Bergen in Norway. The plant process gas from the oil fields Troll, Kvitebjørn and Visund. The gas is piped to France, Netherlands, Belgium, Germany, Czech Republic, Austria and Spain.
© Drillship PM / Hyundai Heavy Industries
DeePwaTer CHaMPiOnTransocean / exxonMobilHyundai
This state-of-the-art ultra deep water drillship is designed by Gusto and built by Hyundai Heavy Industries in South Korea for Transocean. The vessel was delivered in 2010 and its first assignment was to carry out a drilling campaign for ExxonMobil in the Turkish part of the Black Sea. Glamox has also delivered to the sister vessels Deep Sea Metro I & II jointly owned by Odfjell Drilling and Metrostar.
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references
weST PeGaSuSSeadrill / PemexJurong
West Pegasus is a 6th generation semi submersible. The design is based on Moss Maritime CS50 MkII and the unit is designed to work in both benign and harsh environments. This ultra-deepwater semi-submersible drilling rig was recently delivered from the Jurong Shipyard in Singapore and is currently operating for Pemex in Mexico.
aTLanTiSBPDSMe / McDermott
Atlantis is considered one of BP's most technically challenging projects ever, the platform is currently the deepest moored floating dual oil and gas production facility in the world. The platform is operated by BP and owned in a joint venture with BHP Billiton. Atlantis is located south of New Orleans and has a production capacity of 200.000 bpd and close to 180 million cubic feet of gas a day.
© Photo: Øyvind Hagen / Statoil
Courtesy: Huisman
© Saipem
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references
CiDaDe De SanTOS Mv20MODeC / Petrobras Cosco Dalian
The FPSO Cidade de Santos MV20 is deployed in the Urugua field and gathers production from the Tambau field. Both fields are in the Santos Basin in Brazil. This is the fifth vessel MODEC provides and operates in Brazil. It is the first FPSO that processes more gas than oil. The FPSO is installed in 1,300 meters water depth approximately 160 kilometres south of Rio de Janeiro city.
aSGarD aStatoil
The Asgard A oil production vessel arrived The Asgard Field early 1999. This FPSO is permanently moored to seabed and provides a storage capacity for roughly 907.000 barrels. The vessel has a production capacity of 200.000 bpd. The field consist of a semi-submersible platform and a storage vessel.
nOBLe GLOBeTrOTTer i & iinoble Drilling / ShellSTX Dalian
This Huisman-designed drillship of the Globetrotter Class is being built by South Korean shipyard group STX’s subsidiary in Dalian in China for Noble Drilling. A second vessel is also under construction. Both drillships have the new Huisman derrick and are contracted with oil major Shell.
SCaraBeO 9Saipem / repsolCiMC raffles
This semisubmersible drilling rig was built for Saipem by Yantai CIMC Raffles in China, based on a D90 design from Frigstad Engineering. Saipem's Scarabeo 9 is a state-of-the-art sixth generation semisubmersible built for ultra-deepwater drilling. The rig was completed in 2010 and will commence drilling for Repsol in Cuban waters.
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our solution
Glamox can provide a broad range of products for all parts of offshore living quarters. With experience from cruise ships and oil & gas projects, we provide standard products which have a pleasant design and which satisfy the requirements for working environment and safe evacuation in hazardous areas. Equipment is designed for a 20-25 year lifetime in salt-water atmospheres and with movements and vibration. We have products for B15 and B0 fire class ceiling systems.
This part of a project has the most corrosive environment and tough demands on light fixtures. All light fixtures for topsides are made using the best quality acid resistant steel or seawater resistant aluminum. The strong construction of Glamox light fixtures ensures a watertight standard for outdoor equipment. We have specially designed products for the Derrick area, and a broad range of products for hazardous areas.
Downlight
Explosion proof floodlight
Recessed fluorescent
Explosion proof fluorescent
LivinG quarTer
TOPSiDe
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our solution
For indoor production, engine rooms and utility areas, we have equipment designed to meet requirements in these very complex areas. The light design for such areas is one of the key design factors to ensure a safe working environment. Our strong and robust light fixture designs are often required in indoor areas due to chemicals, high temperatures and saltwater.
Glamox has many niche products which are necessary for a project. It is a great advantage to reduce the number of suppliers in a project. We can provide a complete package of products. Please contact us for prices and an offer. We have signal lights, search lights and equipment for navigation areas, for arctic environment, videoconference rooms, hospitals, bridges, and several other designated areas.
Fluorescent
LED luminaire
Floodlight
LED luminaire
TeCHniCaL rOOM
DeSiGnaTeD areaS
ProductionSales officeAgent / distributor
norwayGlamox InternationalTel +47 71 25 04 00Fax +47 71 21 85 [email protected]
germanyaqua signal GmbHTel +49 421 48 93-0Fax +49 421 48 [email protected]
chinaGlamox Lighting Co.Ltd. (Dalian)Tel +86 411 8673 6067Fax +86 411 8673 [email protected]
Glamox Lighting Co.Ltd. (Shanghai)Tel +86 21 5187 2358Fax +86 21 5161 [email protected]
singaporeGlamox Far East Pte. LtdTel +65 6748 1977Fax +65 6742 [email protected]
south KoreaGlamox Korea Co., Ltd.Tel +82 (0) 51 971 7200Fax +82 (0) 51 971 9273
canadaMariteam Lighting Inc.Tel +1 709 753 2373Fax +1 709 753 [email protected]
UsAGlamox Aqua Signal Corp (Houston)Tel +1 (281) 944-4100Fax +1 (847) [email protected]
www.glamox.com
Product brands:
BK999488
