Transforming Waste into Energy for Eco-friendly Refrigeration
Types of Biomass Used by GreenCHILL™
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Cashew, Almond, Groundnut, Tamarind, Spent Coffee Ground
HCV: 21,000 kJ/kg
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Corn Cobs, Coconut Shells, Wooden Logs etc.
HCV: 17,000 kJ/kg
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Rice, Mustard, Cotton, Wheat Husk (10 - 30 mm)
HCV: 16,000 kJ/kg
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Sugarcane Bagasse / Trash
HCV: 19,000 kJ/kg
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Spent Mushroom Substrate
HCV: 19,000 kJ/kg
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Cow Dung, Cake, Goat Dung, Poultry Waste
HCV: 8,000 kJ/kg
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Peels, Scraps, Shells, Pulp in Food & Beverage Industry and Biowaste in Perfume & Cosmetics Industry
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Brewer's Spent Grain, Winery Waste, Grape Seed, Grape Orchard Waste
HCV: 13,000 kJ/kg
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Shredded Municipal Dry Waste, RDF (10 - 30 mm)
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Biowaste in pharmaceutical & Bioplastic Industries, Returned Vitamin Tablets
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Biomass Pellets or Crushed Briquettes
HCV: 18,000 kJ/kg
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Low Grade Steam
HCV: GC400 - 40kg/hr & GC 2000 - 200kg/hr
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Industrial Waste Heat, Solar Hot Water
HCV:
GC400 - 90000 kJ/hr & GC2000 - 4500000 kg/hr
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Biogas
HCV:
GC400 -50Cu.M & GC2000 - 250Cu.M
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Crude Wax from Extracting, Palm Waste in Oil Extraction
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ETP Sludge
Greenhouse Gas Neutrality of Biomass
The following formula elaborates further on the graphic you see above.
Burning fossil fuels or biomass emits CO2, a greenhouse gas. However, plants, which are a source of biomass, absorb nearly equivalent CO2 during photosynthesis.
Thus, biomass combustion is carbon-neutral and doesn’t add new greenhouse gases to the atmosphere.
Reference Note: *When a plant adds 100 kg of weight to itself, it emits 38 kg carbon and 140,000 litres of oxygen to the atmosphere.