COMPANY PROFILE

COMPANY PROFILE

CONSTRUCTION VERTICALS

CONSTRUCTIONVERTICALS

CONSTRUCTION VERTICALS

CONSTRUCTION VERTICALS

CONSTRUCTION VERTICALS

CONSTRUCTION VERTICALS

RBS FEATURES

OUR TECHNOLOGYPARTNERS

The Rapid Building System is the fastestand most efficient way to design andbuild strong, durable steel framedbuildings anywhere in the world.

With the use of the VOLTA GREENSTUCTURES system, we have developed asystem which is an advanced, end-to-enddesign and build system enabling therapid construction of quality buildings fordifferent projects ranging from High endVillas to mass housing projects. We canalso use the same construction system tobuild commercial project in record time.

PROPOSED CONSTRUCTION METHODOLOGY

Design OptionsThe versatile VOLTA GREEN STUCTURES systemprovides extensive design choices, whether it’san existing design, working with VOLTA GREENSTUCTURES expert team to develop a customdesign or a selection from FRAMECAD’sextensive design collection.

PROPOSED CONSTRUCTION METHODOLOGY

ManufacturingVOLTA GREEN STUCTUREStechnologicallyadvanced manufacturingsystems produce cost-effective, lightweight steelframing components quicklyand efficiently, either at ourown factory or at site even ifrequired. These includeframing systems, roofing,flooring, walls and trusses.

PROPOSED CONSTRUCTION METHODOLOGY

On-site ErectionVOLTA GREEN STUCTURES simple constructionmethods, training and support enable buildingsto be assembled quickly using common tools andlocal labour even in remote and challengingenvironments – making VOLTA GREENSTUCTURE’S the perfect solution for difficultsites and terrains, where conventionalconstruction techniques would end up beingexpensive and time consuming.

PROPOSED CONSTRUCTION METHODOLOGY

Features and Benefits

Fire and pest resistant, and tested towithstand earthquakesStrong and reliable construction methodCost-effective due to speed and methodof construction

PROPOSED CONSTRUCTION METHODOLOGY

CONSTRUCTIONMETHODOLOGY

Fibre Cement and steel framing Fibre Cement Sheeting and Steel framing

Fibre Cement sheeting and steel framing Fire Resistant Gypsum board, steel framing and Rockwool

CONSTRUCTIONMETHODOLOGY

Magnesium Oxide Board over Ceiling battens, optional Glass wool for insulation

Gypsum board, ceiling battens and rockwook

Fire Resistant GypsumLoad bearing wall system 60 min Fire Rating

CASE STUDIES

9100

GREENKO GUEST HOUSE

CASE STUDY -1

CASE STUDY -2

SHELTER PROJECT, TANDON URBANG+2Area- 865 sft

GROUND FLOOR PLAN

SHELTER PROJECT, TANDON URBANG+2Area- 8445 sft

CASE STUDY -2

FIRST FLOOR PLAN

SHELTER PROJECT, TANDON URBAN

CASE STUDY -2

FRONT ELEVATION

NIT EWS SchemeG+3Area- 15925 sft

CASE STUDY -3

FLOOR PLAN

CASE STUDY -3

NIT EWS Scheme

CASE STUDY -4

SLUM REHABILITATION, THANEG+8Area- 35445 sft

FLOOR PLAN

CASE STUDY -4

SLUM REHABILITATION, THANE

FRONT ELEVATION

INTERNATIONAL CASE STUDY

Mariposa VIIDOUGLASS COLONYColorado, USA.

This was a multifamily project in Denver, CO, and it included5 levels of steel on top of 2 levels of podium. DouglassColony supplied the pre-panelized metal stud wall framingand offered a turn-key solution with diversified builders as

the contracted drywaller.

All 422 load-bearing wall panels for levels three throughseven of this 7-story (five levels on two levels of podium)project was fabricated at Douglass Colony's headquarters inCommerce City using FRAMECAD and shipped directly to thejobsite where the building was erected in a total of 40working days, including all wall panels, flooring systems, anddetailing with concrete poured and cured

The ResultMariposa VII the building was erected in a total of 40 working days, including all wall panels, flooring systems, and detailing with concrete poured and cured.A total of 131,700 lbs of steel was used33,860 lbs of 14-gauge49,000 lbs of 16-gauge48,840 lbs of 18-gauge

HR- STRUCTURAL STEEL ELEMENTS- ( BEAM & COLUMN )

LGS- WALL FRAMES, ROOF, TRUSES, FLOOR JOIST

HOLLOW CORE SLAB/DECK SHEET- ( SLAB & FLOOR )

GLASSWOOL/ROCKWOOL- INSULATION MATERIAL ( WALL & ROOF )

FIBRE CEMENT BOARD – 12mm/8mm

FALSE CEILING MATERIAL- MAGNESIUM OXIDE BOARD ,GYPSUM SHEETS.

KEY MATERIAL

WALL FRAMES

HOLLOW CORE SLAB

FIBRE CEMENT BOARD

ADVANTAGES

100% ECO FRIENDLYUp to 68% less energyis required to erect amodular building ascompared to atraditionally builtstructure. Theinsulation used in thewalls, roof and floor ismade of ozone-friendlymaterials that haveminimum impact onthe environment.

FIRE RESISTANTLight steel is non-combustible and willnot contribute to thespread of a fire. Ourbuildings can bedesigned for 1.5 to 2hours of fire ratingcompared toconventional 1 hourof fire rating.

LIGHT WEIGHTModular construction isabout 30% of the weightof conventional masonryconstruction, leading toreduced foundation costs.Modular construction isideally suited to roof-topextensions to avoidoverloading the existingbuilding.

INSECT DAMAGE RESISTANTSteel is also impervious totermites. Since steel is not afood source for insects suchas termites, structures builtwith LGSF technology providegreater resistance againsttermite damage thanstructures built withtraditional materials, such aswood.

QUALITY STRUCTURESOur buildings are manufactured tovery tight tolerances. They have asuperior strength-to-weight ratio.LGSF structures can be engineeredto withstand extreme loads suchas 240km/h winds, zone IV seismicforces under the InternationalBuilding Code and 3 feet of snowloading. Furthermore, our factorybased manufacturing environmentconsistently delivers superiorquality standards through rigorouscontrol of the whole constructionprocess.

LESS WASTE, GREATER RECYCLABILITYLight steel reduces waste and subsequently lowers waste disposal and removal costs. Our structural components are fabricated to exact specifications, thereby reducing the amount of excess material. Any waste generated is recycled in the production centre. Steel is 100% recyclable, hence does not contribute to depletion of natural resources or degradation of environment.

ENHANCED THERMAL EFFICIENCYCompared with conventionalbrickwork, our insulated wallsconduct 90% less heat,ensuring that the interiorsremain cool during the summerand warm during the winter.The steel frame designminimizes thermal bridges,making the buildings easier toheat or cool with significantlyless use of energy.

ADVANTAGES

SAFER CONSTRUCTIONModular construction sites have proved to be significantly safer than traditional sites because of the more controlled operations and less site labour.

USE ON INFILL SITESModules are useful in small urban infill sites, particularly where it is uneconomical to build because of problems of disturbance and site location.

ADAPTABILITY OR EXTENDIBILITYAdding modules to, or removing modules from, modular buildings is typically a very rapid and straightforward process that involves the minimum of disruption to the operations of adjacent buildings.

EXPEDITIOUS CONSTRUCTIONTime taken for construction can be reduced by up to 50% using modular building techniques, which translates into earlier return on investment

ADVANTAGES

INTEGRATED TOILET POD

Reference project – for open community parks

• VGS manufactures complete bathroom pods

• Our process starts withconsultation, design andprototyping, ensuring wedeliver a high quality productthat meets your standardsbefore we begin production.

HOW RAPID TOILET PODSWORK

Proposed conceptual design and construction methodology

• Architectural freedom• Higher Quality• Faster Delivery• Lower Costs• Sustainable and Safe

Reduced Material requirement Reduced wastage Less transport energy Increased material recyclability

CONSTRUCTIONMETHODOLOGY

Welded structural gauge framing system gives our PODs strengthand stability that is unmatched in conventional construction andunique to the modular industry. Wall and ceiling panels arecompletely welded to create a structure that is extremely resilient &durable, allowing our bathrooms to withstand the rigors of the jobsite.Wall panels are fully fabricated with welded structural gaugeblocking and strapping for installation of the interior fixtures andaccessories. This reinforcement ensures that everything inside thebathroom unit is secure and built to last. This is especially criticalwhen dealing with ADA accessories like grab bars and shower seatsthat will undergo significant stress during the lifespan of thebathroom unit

FRAMING

Plumbing

Bathrooms have the same plumbing as a conventionally builtbathroom, just constructed in a different approach. In an effort tominimize the amount of work that needs to be done on site,bathrooms are typically designed so that just a single point ofconnection is required for the waste, vent, and supply piping tie-ins to the main building system. Plumbing details are coordinatedbetween , the architect and mechanical contractor in order toensure ease of installation. In the field the mechanical contractormakes final connections to the main building systems

Bathrooms include all water supply lines for the sink, toilet, &shower fixtures. Single points of connection for the hot water &cold water supply lines are coordinated with the site plumber forPOD installation. The supply branch lines are typically locatedabove the POD ceiling or in the main building riser for single pointconnections

Just like conventional construction, bathroom fixtures will outletinto waste and vent piping stacks for tie-in to the main buildingsystem

Water Supply Connections

Waste & Vent Piping

ElectricalBathrooms include all of the lighting fixtures,switches, and receptacles found in any regularbathroom unit, each wired for simple plug &play connections. Once field connections aremade, all lighting fixtures & receptacles will beimmediately ready for tenant use. Besidesreceptacle boxes

HVAC

Bathrooms come furnished with either anexhaust fan or ceiling grille for ventilationdepending on the project requirements.Exhaust fans are tied into the POD electricalconfiguration for use once installation iscomplete. Ceiling grilles are typically furnishedto be tied into the HVAC branch lines with apiece of flex ductwork.Only a single connection is required for the siteHVAC contractor to tie the bathroom POD intothe main building system.