Humidity Control System
Oct-Nov-Dec 2015   Back
 
RECOVER LOW GRADE PROCESS WASTE HEAT (50°C-100°C) FOR ENERGY SMART GREEN COOLING
 
Industrial operations represent a significant source of greenhouse gas emissions and most of the waste heat is simply rejected via cooling towers to the atmosphere. It can be thought of as “dumped” heat. Waste heat is the by-product of system inefficiencies found in industrial and commercial process and represents a waste of resources, opportunities and money. Waste heat is commonly generated during:
     
Steam generation
   
Power generation
   
Fuel fired furnaces
   
Process heating
   
Benefits:
   
Prevent tonnes of CO2 emission from entering the atmosphere
   
Chiller reduces electrical usage by 99%
   
  Adsorption Chiller
 
 
How does our Adsorption Chiller work?
 
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The principle of Adsorption works with the interaction of gases and solids. With adsorption chilling, the molecular interaction between the solid and the gas allow the gas to be adsorbed into the solid. The Adsorption chamber of the chiller is filled with solid material, silica gel, eliminating the need for moving parts and eliminating the noise associated with those moving parts.The silica gel creates an extremely low humidity condition that causes the water refrigerant to evaporate at a low temperature.

As the water evaporates in the evaporator, it cools the chilled water. The Adsorption chiller has four chambers; an evaporator, a condenser and two Adsorption chambers. All four chambers are operated at nearly full vacuum.

 
 
To read more on the technology involved and possibilities, you may download the whitepaper
on Adsorption Chillers by scanning the QR code or visit us at www.bryair.com.
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