Shreeyash Pratishthan Campus

An educational campus of the Shreeyash Pratishthan trust at Bhukum, on the south-western edge of Pune, with ten buildings already standing - two engineering buildings, a pharmacy college, an Ayurvedic college and hospital, an MBA building, a sports complex, boys' and girls' hostels and staff quarters - of about 54,925 sq m. The proposed Educational Building No. 11 is a new girls' hostel for 400 students, of about 10,785 sq m: a basement, a ground floor and seven upper floors, with a mess, a kitchen and common rooms, and two lifts. A new building on a working campus has to share its water, sewage treatment and power with buildings already in use, and the environmental clearance has to account for the whole campus, not just the new block. The architecture is the architect's; our scope is the EC data and the MEPF design.

We prepared the energy calculations in February 2026 and the water demand from the client's occupancy figures, revising it to R3 for the clearance in April, with the external services, solar, EV charging and lightning arrester layouts in March and the external plumbing layouts through to R5 on 20 April 2026. Water: the 5,280 students, staff, patients and visitors need about 384 kL a day - 238 kL of domestic and 146 kL of flushing water; the existing 180 KLD sewage plant and a proposed 150 KLD plant treat the sewage, about 305 kL a day comes back, 146 kL of it piped to the flushing tanks and the surplus to the drain. Storage: the campus is split into five domestic tank groups - the hostels and staff quarters, the engineering buildings, the pharmacy, Ayurvedic and sports buildings, the MBA building and the new hostel - each holding a day and a half of water - 357 kL in all, 54 kL of it under the new hostel - with a combined 146 kL flushing tank by the sewage plant and a 50 kL fire tank under the new hostel. Power: the existing buildings and the new hostel, the pumps, the sewage plant and two 60 kW EV charging stations add up to 461 kW connected and 352 kW of maximum demand, on a 630 kVA transformer with a 125 kVA DG set. Energy: the campus's 222 kW of rooftop solar - 379 panels - generates about 333 MWh a year; with timers on the common and street lighting and drives on the lifts and pumps, the saving comes to about 403 MWh a year, a third of the campus's use.