Adsorption chiller captures and uses waste heat
Capturing and using waste heat could be one of the largest conservation and green house gas reduction opportunities available to many of your readers. As you inform readers about energy saving opportunities in the coming months, I would like to make you aware of the role adsorption chillers could play in helping them achieve air conditioning and process cooling by recovering waste heat.{pagebreak} I represent Power Partners, Inc., which manufactures the ECO-MAX adsorption chiller and sells it in North and South America. ECO-MAX chillers can easily be integrated with tri-generation or CCHP. Adsorption chillers are driven by hot water rather than by large amounts of electricity like conventional air conditioners. This hot water may come from any number of industrial sources, including waste heat from industrial processes, prime heat from solar thermal installations or from the exhaust or water jacket heat of a piston engine or turbine. Organizations that could benefit from adsorption chillers include food and beverage processing; chemical, plastic, rubber, paper and cement manufacturing; hospitals; hotels; and school campuses. The heat extracted from the chilled water and the heat consumed from the hot water is directed into a cooling water system used to dissipate this