Power generation systems create large amounts of heat in the process of converting fuel into electricity. For the average central utility power plant, approximately 60% of the energy content of the input fuel is converted to heat and wasted. Capturing these waste heat will result in getting benefit of increased energy efficiency, operating cost savings, and reduced air pollution and global warming.

By increasing energy efficiency, CHP significantly reduces emissions of criteria pollutants such as NO x and SO 2 , and non-criteria greenhouse gases such as CO 2 . CHP is an option that can provide environmental benefits as part of an economically attractive investment. There are additional benefits for industry including increased reliability, power quality, and higher productivity. The industry gets benefited when industrial CHP capacity is used to support and optimize the overall power grid.

To pass on the CHPC benefits to the industries, GPIPL has got in-house team of technocrats to provide complete turnkey CHPC solutions, which includes Pay back calculations, evaluation of energy balances, detailed engineering, procurements, construction and commissioning. As MWM engines are best in electrical and thermal efficiencies, almost 90% of the installations in India are with waste heat recovery schemes. Waste heat recovery equipment includes boilers, Thermic fluid heaters, Chillers, hot water systems, Air pre-heaters, etc.