Low grade waste heat is produced in abundance and wasted in food and beverage industry. This low grade waste heat can now be used efficiently for process cooling or air conditioning, making optimal use of energy. Bry-Air Adsorption Chillers can convert this heat into usable cooling.
The Bry-Air Adsorption Chiller is based on advanced green technology using inert, very special Silica Gel S2 (adsorbent) and Water (refrigerant) pair.
Why Adsorption Chiller in Food and Beverages Industry?
- Lower Energy Cost
- Lower CO2 Emissions
- Environment Friendly / Green Technology
Sources of Low-Grade Waste Heat
- Oven Exhaust (200°C–250°C) – can be tapped by recovering waste heat to generate heat source
- Boiler Exhaust (150°C–200°C) – can be tapped by recovering waste heat to generate heat source
- Diesel/Gas Engine Jacket Water (80°C–90°C) – can be tapped by recovering waste heat to generate heat source
Bry-Air-make Adsorption chillers use potable water as the refrigerant, yielding zero ozone depletion and next to no global warming potential, by using low grade hot water from waste heat from flue gas as heat input to provide cooling instead of using electricity. Adsorption unit operates under vacuum with negligible moving parts, quiet and low noise.
Main Benefits
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Long life (more than 20 years)
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Ultra-low electricity consumption
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Regeneration Temperature
(Hot Water)
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Special Silica Gel (Inert) S2
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Replacement Requirements
(Periodic Maintenance)
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Ideal for extended operating times
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“Green” refrigerant (water) and inert,
special desiccant (silica gel) S2
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Salient Features of our Adsorption Chiller Technology
- Environment friendly Chilling System
- Potable Water as Refrigerant
- Vibration Free and Noiseless Operation
- Negligible Technology
- Power Saving Technology
- No need to replace adsorbent (Silica Gel)
- No crystallization, corrosion, hazardous leaks, or chemical disposal issues
- Operating life of minimum 25 years
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