United Nations

Hanuman Agro Industries Limited (HAIL) is a public limited company, incorporated in 1994 with the main objectives of carrying out business activities in the field of Paper & Power Generation using conventional or non-conventional fuel.

The purpose of the project activity is to set up a natural gas based combined cycle power plant (CCPP) through a special purpose vehicle Bhander Power Limited (BPL).

The project resides in the industrial district of Bocaiúva, in the northern state of Minas Gerais, a region dedicated to metallurgy, mining, agriculture and reforestation. The project replaces fossil fuel by renewable biomass at one of the factories of Rima Industrial.

MH Bio-Energy Co., LTD, bio-ethanol distillery Cambodia, has taken the initiative for the implementation of the project activity in Duong village, Preak Phnouv Commune, Pornhear Leu District, Phnom Penh Province in Cambodia.

Wind turbines generate electricity using the power of the wind, reducing the amount of fossil fuels that we need to use to generate our power, and therefore reducing the amount of greenhouse gases that we release to our atmosphere. Project benefits: preserving natural resources; promoting renewable energy; reducing depende…

Experience the incredible impact of green energy with the Ganluo Camp Hydropower Project! Situated in the beautiful Aga Town in Ganluo County, Tibetan region of Sichuan Province, China, an economically disadvantaged area, this innovative hydropower initiative is poised to reshape the way we think about sustainable energy.

The purpose of the project activity is to generate electricity by using the wind energy for the sustainable growth of Rajasthan state by providing clean and green electricity to NEWNE grid.

The Vanala Small Scale hydropower project is a 15 MW run of the river type small hydroelectricity generation project located on the river Nandakini in the Chamoli district of the state Uttranchal, India. The project involves installation of two horizontal Francis turbines generating sets of 7.5 MW each for hydroelectricity…