Net Zero Goal
2025
Net Zero Energy
2026
Net Zero Water
2027
Net Zero Waste
2036
Net Zero Carbon
(Scope-1/2)
Energy By 2025
100% Renewable energy with onsite solar PVS capacity of 250 KWS
| Green Power & Carbon Offset | |
|---|---|
| Total Equipment load (KW) | 180 |
| Diversity Factor (75%) | 135 |
| Operating Hours | 8 |
| Working Days | 280 |
| Total Consumption (KWH / Annum) | 302400 |
| Carbon Emission produced by building kg (0.32 / KWH) | 96,768 |
| Carbon Offset (MT) | 96.80 |
| Solar PV Capacity (KW) | 250 |
| Solar PV Productions Capacity (KWH / Annum) | 3,84,575 |
| Carbon Emission produced by Solar kg (0.015 / KWH) | 5769 |
| Carbon Offset (MT) | 5.8 |
| Carbon Offset (MT) | 91 |
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 2036
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 By 2027
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
Certifications
“Be the change that you
wish to see in the world”
-Mahatma Gandhi