proposed integrated complex for delhi judicial academy

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Rapid Environmental Impact Assessment (REIA) Study for Proposed Integrated Complex for Delhi Judicial Academy, National Law School, and National Institute for Mediation & Conciliation at Dwarka, New Delhi Figure 3.0: Water Balance (m 3 /day) Water Supply (60% from DJB and rest from Bore well on site) 297 m 3 /day (Potable Water) 126 m 3 /day 129 m 3 /day 42 m 3 /day Residential Complex Academic Complex Air Conditioned Make Up Water 132 m 3 /day 103 m 3 /day Sewage Treatment Plant of Capacity 250 m 3 /day Treated Water 31 m 3 /day Toilet Flushing Gardening (in both complex) 44
Rapid Environmental Impact Assessment (REIA) Study for Proposed Integrated Complex for Delhi Judicial Academy, National Law School, and National Institute for Mediation & Conciliation at Dwarka, New Delhi The material used for construction of the building will be of non – combustible nature. Non – combustible material will only be used for the construction / erection of false ceiling including all fixtures and used for its suspension / erection etc. and of low flame rating. Fossil fuels, such as diesel fuel, gasoline and oil will be used during the construction and operation of the project for mechanical and electrical equipments. Electricity will be used during construction to provide power to construction equipment and during operation for lighting of buildings and running utilities equipments. Electricity consumption will be kept at a minimum when possible by adopting electricity conservation measures. Table 3.4 Estimated Quantities of Construction Materials Type of Construction Material Unit Quantity Sand m 3 50,200 Coarse aggregate m 3 45,000 Fine aggregate m 3 48,000 Cement MT 16,800 Structural steel MT 200 Reinforcement steel MT 3500 Wood m 2 54,000 Bricks / Blocks For 75 mm thick b.w. 3,20,700* * 25% of total bricks used in the project will be fly ash bricks. 3.6 Solid, Liquid and Gaseous Wastes Generation Dust will be generated during the construction phase from earthworks, movement of vehicles and by wind erosion of areas cleared of vegetation. The degree of dust generated would depend on the soil compaction and moisture content of the ground surface during construction. The generation of waste material is inevitable during the construction phase of the development. Waste materials normally include general refuse including scrap metal, cardboard, plastics; inert waste including excess fill and building rubble; and sewage wastes from the construction workers housing. Clean waste material such as rock and rubble will mostly be used for earth fill on the site itself. Other solid wastes generated during construction will be needed to be disposed to a designated landfill site. 45
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