The 360°
Impact
Portfolio

Maharashtra produces millions of tonnes of agricultural waste every year—sugarcane bagasse, cotton stalks, wheat straw—most of which is traditionally burned in open fields, creating air pollution and wasting energy potential.

This 12 MW biomass power plant in Solapur district transforms that waste into clean electricity. Instead of burning in fields, crop residues are collected, transported to the facility, and combusted in high-efficiency boilers to generate power for the regional grid.

The facility provides stable income to over 5,000 farming families who supply feedstock, creating a circular economy that turns agricultural waste into economic and environmental value.

Bangladesh’s rapid industrialisation created a challenge: factories needed reliable daytime power, but the grid—still heavily reliant on imported fossil fuels—struggled to keep up. Diesel generators became the expensive, polluting default.

This project installed 6.15 MW of rooftop and ground-mounted solar across 47 industrial facilities—garment manufacturers, food processors, and pharmaceutical plants. These systems now generate clean electricity exactly when factories need it most: during peak production hours.

The economic case is compelling: installations pay for themselves in 4–5 years through avoided diesel and grid costs, then provide essentially free power for 20+ years while eliminating air pollution from backup generators.

In Turkey’s mountainous northeast, the Çoruh River descends through steep valleys with enormous untapped energy potential. This 26.6 MW run-of-river facility harnesses that natural flow without the environmental drawbacks of large dams.

“Run-of-river” means exactly what it sounds like: water flows through turbines and immediately returns to the river downstream. No massive reservoir. No flooding of valleys. No displacement of communities. Just clean, predictable power generation working with the river’s natural rhythm.

The project feeds into Turkey’s national grid, displacing electricity that would otherwise come from imported natural gas and domestically-mined lignite coal—one of the dirtiest fossil fuels still widely used in power generation.

In the Thar Desert of western Rajasthan, five wind turbines stand against one of India’s most consistent wind corridors. The Jaisalmer district’s exceptional wind resources make it an ideal location for renewable energy generation.

Operating reliably for over 15 years, this 7.5 MW project has proven the long-term viability of wind power in India while feeding zero-emission electricity into a national grid still heavily dependent on coal.

The project maintains rigorous monitoring with credits issued only for actual measured generation, ensuring every tonne of CO₂e avoided is real and verifiable.

In rural Kenya, cooking over open fires is not just inefficient—it is dangerous. Women and children inhale toxic smoke equivalent to smoking two packs of cigarettes a day. Girls miss school to collect firewood. Forests disappear to feed household stoves.

This project has distributed over 19,000 high-efficiency ECO MINI cookstoves to rural households—completely free of charge. Each stove cuts fuel consumption by more than half, dramatically reducing both carbon emissions and indoor air pollution.

Field surveys show 100% of recipient households report improved health and reduced time spent collecting firewood. Over 52,000 tonnes of wood have been saved, protecting local forests while freeing women to pursue education and economic opportunities.