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Real estate - Technology status

Date post: 05-Dec-2014
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New Construction Techniques Raft foundation which uniformly distributes heavy loads to the land (Builds stronger foundation and increases the life of the building) Shear wall is a new technology which replaces ordinary columns, uniformly disperses external pressures (heavy wind and earthquake force) and gets a strong grip to the ground MIVAN technology - Aluminium Formwork - speed of construction, quality of construction, seismic resistivity and its economy) Innovative Silicone Technologies - adhesives and sealants (prevents air & water intrusion & provides excellent insulation between window layers)
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New Construction Techniques

• Raft foundation which uniformly distributes heavy loads to the land (Builds stronger foundation and increases the life of the building)

• Shear wall is a new technology which replaces ordinary columns, uniformly disperses external pressures (heavy wind and earthquake force) and gets a strong grip to the ground

• MIVAN technology - Aluminium Formwork - speed of construction, quality of construction, seismic resistivity and its economy)

• Innovative Silicone Technologies - adhesives and sealants (prevents air & water intrusion & provides excellent insulation between window layers)

…Contd…• Plaswall is a range of custom-manufactured modular walls

which can be made at a movable factory at site and suit any design or architectural requirement. It is a fast and clean concrete walling system and is ideal for warm climates while also providing insulation in cold temperatures. Plaswall is suitable for all types of construction, right from small housing projects to villas, to commercial structures.

• The Sterling Construction System is a new age panelized building technology based on ‘Lost-In-Place’ Formwork, which is an evolutionary solution for the fast growing construction Industry. The system was commercially launched in 2000, as a fast, reliable and cost effective construction system having customized applications. The System is based on pre-engineered formwork systems to build load and non load bearing walls.

APPLICATION OF MAGNETIC TECHNOLOGIES IN CONSTRUCTION INDUSTRY

•First observations and scientific works on application of magnetic fields in the production of cement, ceramics, brick, casting forms, etc., were carried out in the former USSR, in 1962.

•Government of the Russian Federation, issued a decree No1058 on 14 October 1993 on a Federal Program "Application of magnetic fields in national economy", based on which, State Construction Committee of Russia, created a range of documents, ordering their organizations to use magnetic technologies. This decision was made in order to economize on cementing and ferro-concrete reinforcement, to increase cement product's strength, to increase life of constructions and to intensify various technological processes.

•In some areas during production of cement and other construction materials, there is a deficit of fresh water. Many years' observations and practice show that application of magnetic systems allows using salty and even seawater. When using magnetized seawater for cement kneading, cement strength increases by 30-40% and the economy on cement becomes 14%

•While transporting concrete mixtures on long distances, its plasticity decreases by 30-40%. This leads to concrete's inability to lay properly and increases energy expenses when electro-mechanical vibrators are used. In this case, it is wise to use our magnetic system designed for magnetization of ready-made concrete at industrial areas. This technology allows not only to increase concrete's plasticity but, at the same time, allows to increase its resistance to pressure by 15-25% and tensile strength by 30-40%

Made using Magnetic WaterMade using Normal Water

Change in the appearance of cement sea parapet after 5 years since it was installed.Black Sea, Sochi, Russia

Products made from cement, which is prepared using magnetic water, have higher resistance to outside forces, such as drastic temperature changes, humidity, salty and acidic environments, mechanical overload

Emerging Construction Technologies

• Emerging Construction Technologies could produce a "High Impact" in the construction industry

• The technologies are divided into five areas: Civil, Mechanical, Internet-based, Electrical, and Others

Civil Technologies                               

SUPER THERM barrier maintains heat on the surface side of the building - will not allow penetration. One of the most successful applications of SUPER THERM is in the treatment of roofs and walls of commercial and residential structures as a barrier against heat and cold. Over the past few years SUPER THERM has been well proven in a variety of countries, such as Australia, Canada, Colombia, Japan, United Arab Emirates, and USA

Super Therm - Ceramic Paint Insulation

SUPER THERM can be used for concrete walls

Soundless Chemical Demolition Agents

Rock Demolition Pier Demolition

Soundless chemical demolition agents (SCDAs) have proven to be viable substitutes for the use of explosives. SCDAs are powdery materials that will expand considerably when mixed with water. This expansion, when occurring under confinement, generates significant expansive pressures. Depending on the type of SCDA, significant expansive pressure may be generated as quickly as within 15 min., or as long as within 24 hr

Civil Technologies contd….Ultrascreen: Sight and Sound Barrier

                              

Easy Panel InstallationAnother attractive feature of the panels is its low cost

Panels have been widely used for many years to act as sight and sound barriers in most of the highways and in residential areas where visual privacy is needed. Also, panels are used by persons living close to roadways and where it is desirable to minimize distractions caused by noise. The need of privacy fencing around commercial property and residential areas most of the times can be satisfied with cement or wood panels among others.

Inspection disclosed a delaminated section of facing mix on a spandrel panel

                              

This type of flex anchor is used to provide freedom of movement for GFRC cladding under changing temperature and moisture conditions

GFRC Facade Panels with Steel Stud/Flex Anchor ConnectionThe ability of building cladding systems to perform successfully depends primarily on their proper design and construction.. The facade and its attachments (using GFRC) are not being adequately implemented to accommodate vertical and horizontal differential movement between the panels and concrete frame which is resulting in failure or cracking of the panels, and chipping off of the supporting concrete. Thus, there is a need for a system that provides freedom of movement under changing environmental conditions and that establishes sufficient rigidity under gravity, wind etc

Safety Technologies

Delmia SAFEWORK® ProTM - Human Modeling

Digital human modeling technology can assist a designer to determine the performance of people in the context of a workplace or a product before it exists and throughout its entire lifecycle. It’s been designed to evaluate all elements of human performance, from static posture analysis ,vision analysis through to complex task activities

Safe ExcavationAn electronic device that provides a real-time warning of the utility lines immediately ahead of the digging tool and provides an easily interpreted, real-time computer readout of the depth, location, and size buried metallic objects. Developed by Dr. Leonhard E. Bernold, it consists of an active metal detector search coil; a signal processing (control) unit; and a PC computer equipped with an analog-to-digital converter interface.

Device for Improving Crane Productivity and SafetyA video system designed to improve productivity and safety of crane operations by improving communications. A video camera mounted on the crane bottom transmits an image to the television monitor in the crane cab. The operator has a real-time picture of the loads and craftsmen that might otherwise be out of the direct line of sight

Housing Systems

The Technology Contour crafting is a fabrication process by which large cale parts can be

fabricated quickly in a layer by layer fashion. This technology uses conventional robotics and a novel extrusion system to rapidly build three dimensional objects. Concrete is the primary material that is used by Contour Crafting, however, a variety of paste materials such as adobe, ceramics, gypsum and even wood chips mixed with epoxy may be used by the process.

The Benefits• Contour Crafting has a strong potential to provide homes to disaster

victims in a very short time. • A Contour Crafting machine can build a 2,000 square foot house with all

utilities for electrical and plumbing in less than 24 hours. • CC eliminates the need to transport large prefabricated structures long

distances, saving the time and costs associated with transportation. • As this is an automated process, labor needs are highly minimized.

Contour Crafting

Foundation

Lateral STATNAMIC Testing

STATNAMIC device

Lateral loads, which are analyzed using static soil response parameters, usually control the foundation design. These are normally dynamic loads caused by earthquakes, ship impacts and wind. When feasible, design parameters are checked with full scale static loading testing. The traditional static testing is very costly, dangerous, time consuming, and limited to loads that can be generated by a hydraulic jack.

•STATNAMIC applies loads up to 30 MN (3,400 tons).•Foundations tested include high capacity drilled shafts, steel piles, auger cast piles, timber piles, batter piles in clay, rock, silt, and sand.•STATNAMIC can test bridge foundations, pile groups, spread footings, and off-shore piles.•STATNAMIC can test the lateral capacity of foundations.•Production piles can be tested without prior planning. No reaction piles are required.•Three 600 ton tests can be conducted in a one day shift.•Several STATNAMIC tests can be conducted for the cost of a single static test.•STATNAMIC loads the pile and soil together.•The duration of loading is on the order of 10 Hz.•STATNAMIC's built-in load cell and laser sensor provide direct measurements of load-displacement behavior.•STATNAMIC produces load-displacement results immediately on site.

Benefits

Imperial Towers, Tardeo (Twin Towers/ SD Towers)

Mumbai's first MAJOR skyscraper project & India's tallest towers–60 storied. (Height – 250 m)

The current re-development model of builders providing free land and rehabilitation to slum dwellers in exchange for rights for property development, was first put into practice on a big scale.

This model became the standard for slum redevelopment across the city, and across India as a whole. The developer had to rehabilitate around 2,500 slum dwellers.

The elevators are currently the fastest in India. Reaches 49th floor in 30 almost seconds.

During Construction

Inaugurated in 2010

• The home of India's leading industrialist, Mukesh Ambani made history standing at 173 m, 530 ft; making it the Tallest Single residence, Tallest Living Wall and Tallest Garden

• Height of the Perkins + Will-designed 27 storey tower would be equivalent to 60 floors of a normal building/apartment

• The design, fabrication & erection of 14 Circular columns of dia 1.6 m, diverge from the 9th floor and reach the 13th floor of the complex. These columns, called Raker Columns are approximately 23 m in height. They take full load of 13 storeys (approximately 250 Tones) above the inclined columns. The task called for high accuracy in fabrication & erection to the tune of +/-2 mm.

(Contractor: Reliance Engg. Associates Pvt. Ltd.)

Reliance Antilia , Mumbai - Truly a revolution in skyscrapers design

Reliance Antilia , Mumbai - Truly a revolution in skyscrapers design.

Hotel Raddisson Plaza, Vikhroli, Mumbai

Pranav has provided the staging to cast the beam on atrium level.Pranav is the only company in India who qualified to provide the staging up to 50 M height. This is also one of the landmark project in Mumbai

Green Buildings

• "A green building is one which uses less water, optimizes energy efficiency, conserves natural resources, generates less waste and provides healthier spaces for occupants, as compared to a conventional building.“ Range of green products include:

– energy efficient lighting & pumping systems– energy star rated products, compressed air management systems– fly-ash based building materials– high performance glass– eco friendly furniture, – waterless urinals, electric bike, UPVC doors & windows– smart energy management products & services, intelligent building management

systems, etc.(Source - Indian Green Building Council)

GRIHA - Green Rating for Integrated Habitat Assessment - The National Rating System of India.

– It is a green building 'design evaluation system', and is suitable for all kinds of buildings in different climatic zones of the country.

– Conceived by TERI and developed jointly with the Ministry of New and Renewable Energy, Government of India.

Few Green Residential Buildings in India

Palais Royale, Worli (u/c with height of 298 m)

Mahindra Splendour (u/c)

Mahindra Chloris, (u/c )

Environment Friendly building products

• PHOSPHOGYPSUM PANEL (Gypsum plaster and plaster products: Plaster boards, blocks, bricks, tiles, roofing and walling panels, false ceiling tiles)

• BAMBOO CORRUGATED ROOFING SHEET (Roofing sheets as substitute to corrugated Asbestos Cement sheets, Galvanized Iron sheets, Aluminum sheets and Fibre-reinforced Plastic (FRP) sheets)

• BAMBOO-RICE HUSK COMPOSITE (False ceilings, Insulation, partition and stage settings, industrial and domestic floorings)

• CELLULAR LIGHT WEIGHT CONCRETE BLOCK Fly Ash from coal based power generating plants. In-situ cellular walls & partitions. Very good insulation at roof tops for reduction of heat load in buildings.

• Gypsum Drywalls- 'Drywall' construction, as the name suggests, adopts water-free construction techniques. Drywall systems are fast becoming the norm, especially when it comes to interior wall construction. Gypsum plasterboards are light weight and can be erected very quickly, thus offering huge labor savings and construction flexibility.

Osterwalder Business Model -Real estate sector

Key Partner Key Activities Value Propositions Relationships Customer SegmentsDistributors Land acquisition Value for money Customer loyalty programs Contractors Arranging for finance Construction quality Post sales service Material Suppliers Planning & Design Planning and architecture Personal assistance Financial entities Bidding/Negotiating Location Co-creation Real estate agents Construction activities Amenities Selling of houses Brand name Safety and security Vaastushastra/fengshui/Numerology Execution efficiency Easy financing options Corporate social responsibility Green buildings

Key Resources Customized apartment design Channels Land Real estate agents Architects Property exhibitions Designers Realty websites Finance Wealth Managers Developers Marketing and onsite offices

Cost centres Revenue Streams Land acqisition cost Sale of Flats/apartments Construction cost Sales and Promotions Agent Brokerages Salaries/wages to employees and labourers


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