This project developed by Agrícola Super Limitada (Agrosuper) improves the common practice of swine waste treatment reducing an important volume of greenhouse gases. The technology is based on the use of heated anaerobic digesters with flares and activated sludge plants.

The main objective of the project activity is to generate electrical energy through sustainable means using wind power resources and thereby contribute to climate change mitigation efforts. The electricity generated is supplied to the INDIAN grid.

El General Hydroelectric Project (EGHP) is a hydro power plant consisting of two turbines with a combined capacity of 40 MW, and an average annual net generation of approximately 198,380 MWh.

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 generates electricity through the natural water current of the Kemphole river stream, in Karnataka, India. It contributes with annual emission reductions of 50,000 tCO2. The project supports the sustainable development by narrowing the power deficit, employing local villagers, and improving infrastructure.

San Clemente is a run of the river hydroelectric power plant of 5.5 MW of installed capacity, located in Maule Region, Chile. It supplies the electricity demand of over 4,000 people. The project developer, Colbún S.A., works closely with the neighboring communities to create shared value, promoting education and transferrin...

Chacayes run of river hydro project is a 111 MW power plant located in the Cachapoal Valley of Chile. Operating since 2011, it has played an important role meeting country’s increasing demand of electricity, reducing CO2 emissions and contributing to the economic growth and sustainable development of local communities.

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.