Roadmap To Net Zero
Net Zero Timeline
2026
Net zero
Energy
2028
Net zero
Water
2030
Net zero
Carbon
Energy By 2026
100% Renewable energy with onsite solar PVS capacity of 250 KWS
Water By 2028
Roof Rain Water Harvesting Savings Planning
SUMP storage capacity: 500,000 liters.
Excess rainwater from roofs will overflow to the ground, recharging the borewell (which has a big empty fracture). This aquifer has a storage capacity of 20 million liters.
Storm Water Recharging
Will directly inject after filtering all contaminations into the borewell, which has an aquifer storage capacity of 10 million liters.
Our Water Demands
Overall water demand per day: 21,000 liters per day, which includes washrooms, dining rooms, laboratories, ironing steamers, air coolers, and landscaping.
Average water requirements per year will be 8 million liters, but our annual rainfall savings and recharge will be 12 million liters.
Carbon (Scope: 1/2) By 2030
Total occupant CO2 emissions = 38070 kg per year
Based on a landscaping area of 35,000 sq. ft. with trees planted, CO2 absorption will be 3200 kg per year (considering all young, aged trees planted).
Number of years required to make carbon neutral: 12 years (2024–2036).
3200 kg per year x 12 years = 38400 kg.
Waste Management
Our ultimate goal is that nothing goes to landfills from our facility.
Fabrics Cutting waste will be recycled or reused.
Polybags, paper waste, and e-waste will be sent to recycled vendors to give them another life.
Food waste will be sent to farm fields as manure