GreenCHILL™ uses an Adsorption Refrigeration Cycle, in which refrigeration is produced by adsorption of the refrigerant. Unlike the vapour compression cycle, no compressor is used. The compressor is replaced by a three-step process achieved by the adsorber, and the desorber. The operation of vapour adsorption cycle is based on the ability of porous solids (the adsorbent) to adsorb vapour (refrigerant) when at low temperature, and to desorb it when heated. The hot water that drives the adsorption cycle is produced by the combustion of biomass in the hot water generator or utilizing other heat generating sources.
GreenCHILL™ achieves significant reduction in the specific energy consumption (kW/TR) reduced from 2 kW/TR to 0.15 kW/TR, in comparison to a conventional compressor. Also, mitigate the carbon emission savings of 40 & 200 Tons per annum by GC 400 & GC 2000 respectively.
GreenCHILL™ uses agri-residue such as straws, corn cob, groundnut, coconut, cashew, almond, tamarind shells, coffee grounds, wood chips/logs and processed biomass like pellets or crushed briquettes etc. as primary energy source and advocates natural refrigerant (R717) which have Zero Global Warming Potential (GWP) and Zero Ozone Depletion Potential (ODP) for providing refrigeration. Our GC 400 and GC 2000; with refrigeration capacities of 4 TR and 20 TR respectively, are versatile solutions for various applications including Pre-Cooling, Cold Storages, Ripening Chambers, Milk Chilling, Ice Plant, Process Cooling & Mushroom growing chambers etc.
IoT-enabled equipment allows for remote performance monitoring, providing real-time insights and enabling proactive management and maintenance.
GreenCHILL™: Super Energy Efficient, Eco Friendly, Compressor-less & Biomass Powered Refrigeration
14
GreenCHILL™: Super Energy Efficient, Eco Friendly, Compressor-less & Biomass Powered Refrigeration
GreenCHILL™ uses an Adsorption Refrigeration Cycle, in which refrigeration is produced by adsorption of the refrigerant. Unlike the vapour compression cycle, no compressor is used. The compressor is replaced by a three-step process achieved by the adsorber, and the desorber. The operation of vapour adsorption cycle is based on the ability of porous solids (the adsorbent) to adsorb vapour (refrigerant) when at low temperature, and to desorb it when heated. The hot water that drives the adsorption cycle is produced by the combustion of biomass in the hot water generator or utilizing other heat generating sources.
GreenCHILL™ achieves significant reduction in the specific energy consumption (kW/TR) reduced from 2 kW/TR to 0.15 kW/TR, in comparison to a conventional compressor. Also, mitigate the carbon emission savings of 40 & 200 Tons per annum by GC 400 & GC 2000 respectively.
GreenCHILL™ uses agri-residue such as straws, corn cob, groundnut, coconut, cashew, almond, tamarind shells, coffee grounds, wood chips/logs and processed biomass like pellets or crushed briquettes etc. as primary energy source and advocates natural refrigerant (R717) which have Zero Global Warming Potential (GWP) and Zero Ozone Depletion Potential (ODP) for providing refrigeration. Our GC 400 and GC 2000; with refrigeration capacities of 4 TR and 20 TR respectively, are versatile solutions for various applications including Pre-Cooling, Cold Storages, Ripening Chambers, Milk Chilling, Ice Plant, Process Cooling & Mushroom growing chambers etc.
IoT-enabled equipment allows for remote performance monitoring, providing real-time insights and enabling proactive management and maintenance.
