Biomass energy projects generate heat and/or electricity by combusting organic matter like rice husks, animal waste, sawmill waste and palm oil waste. These projects use waste that, otherwise, would have been left to decay, releasing methane into the atmosphere and adding bulk to landfills.

This project activity generates electricity using waste heat flue gases that emanate from a small steel plant. Along the process, solid waste receives a proper management, coal is saved and thermal pollution is avoided. Besides, the project contributes to the sustainable industrial growth of India.

This wind power generation project has an installed capacity of 15 MW in Karnataka, India. The wind park will contribute to annual greenhouse gases emission reduction of 21,927.71 tCO2e. The project promoter is MMTC Limited, a major trading company of minerals, metals and fertilizers in Asia.

The project generates electricity from a renewable source. Unlike large hydroelectric facilities, Sanatana I, a plant with an installed capacity of 14.75 MW, has virtually no environmental impact. This project uses natural resources efficiently and contributes to sustainable development in Brazil.

Malagone is a run of river small hydro project located in Minas Gerais, Brazil. It has an installed capacity of 19 MW. The project feeds the National Interconnected Grid System with renewable sources of electricity, helping to meet the growing demand of energy in Brazil.

Bus Rapid Transit Zhengzhou is a modern bus-based mass transit system. The project features the largest fleet of hybrid and electric buses worldwide with more than 3.100 units. The project includes 100 km of bus-only lanes, an integrated smart ticketing system, and real-time information of customers.

The Metro wastewater treatment project captures methane from a starch plant in Thailand and generates clean energy and other social benefits for local communities. The project, located in the agricultural district of Prankata, 250 km north of Bangkok, has a positive impact in the quality of the air and water of the zone.

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.