Hot water driven or steam fired vapour absorption machines can be proposed where input heat energy can be mobilized for vams to generate chilled water for air-conditioning. We propose vam based chilling systems to power plants, process industries, textile industries etc where steam or hot water is available as input to vam. With use of vam, electric energy cost for water chilling can be saved by upto

Hot water driven or steam fired vapour absorption machines can be proposed where input heat energy can be mobilized for vams to generate chilled water for air-conditioning. We propose vam based chilling systems to power plants, process industries, textile industries etc where steam or hot water is available as input to vam. With use of vam, electric energy cost for water chilling can be saved by upto