Varam Power Projects (P) Ltd is a 6 MW independent biomass based power plant at Chilakapalem Village, Andhra Pradesh, India. It uses agricultural residues, like rice husk, sugarcane bagasse or corn cob, as fuel to generate electricity for the state grid.

Jorethang Loop Hydroelectric project is developed by DANS Energy Private Ltd in the Rangit River, located in the state of Sikkim, India. Its installed capacity is of 96 MW and generates approximately 444.03 GWh per year. The project includes a small reservoir of approximately 14.489 ha.

Saradambika is a 10 MW Biomass Power Plant located in Chimur, India. The project conserves local resources, reduces pressure on the environment, and improves health conditions in the community. The emissions reductions of the project are estimated at 353,487 tonnes of CO2 eq. over the crediting period of 10 years.

This Gold Standard project promoted by Gangadhar Narsingdas Agrawal produces 25.5 MW of clean energy and leads to annual emissions reductions of 48,430 tCO2e. The project activity is spread across various regions of India, where it contributes to alleviate poverty through the generation of job opportunities.

The Okhla Compost Plant is a part of the Integrated Scientific Waste Management Scheme of Delhi. It processes over 200 tons of waste from dumpsites every day. The compost produced in the plant is used by local farmers to rejuvenate the soil, that has been affected due to overuse of chemical fertilizers.

The project generates electricity by first generating steam using waste heat contained in the waste flue gases released from an iron kiln. The purpose of the project is to achieve better energy efficiency, sustainable development in the industry and improve the working environment of sponge iron-making process.

The project activity involves the setup of a wind farm of 24 MW in the state of Madhya Pradesh, India. It contributes to the reduction of GHG emissions and provides clean renewable power to the regional NEWNE grid. The provision of job opportunities and communication facilities are the main co-benefits of the project.

This project converts N2O (nitrous oxide) into substances with no or lower global warming potential, therefore reducing their impact on the climate when they are released to the atmosphere. Some project benefits include the preservation of the ozone layer and helping spread green technology worldwide.