The waste heat generated by the flue gas exhaust from a Diesel Generator and Gas Engine is substantial. This recovered waste heat is channeled into a low/medium pressure hot water ring main, and from there, it is directed to an Adsorption Chiller for cooling applications.
Addressing the escalating concerns about the high energy costs associated with burning fossil fuels, policymakers worldwide are implementing strategies to reduce greenhouse gas (GHG) emissions. Reusing the waste heat stream from the flue gas exhaust of a Diesel Generator and Gas Engines through low-grade waste heat recovery systems like Adsorption Cooling can significantly enhance overall efficiency.
Frequently, the heat produced is discharged into the surroundings through exhaust chimneys. However, the positive development is that almost all of this thermal energy can be recovered and utilized, for instance, in Adsorption Chillers for cooling applications.
This recovery not only contributes to energy savings on bills but also diminishes the facility’s carbon footprint, aiding environmental protection and substantially reducing energy costs for the facility.
Bry-Air’s Adsorption Chillers
Bry Air offers waste heat recovery solutions through Adsorption Chillers for the flue gas exhaust of Diesel Generators, providing free cooling for human comfort.
Bry Air’s Adsorption chillers employ potable water as a refrigerant, resulting in 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. Adsorption technology is truly green, environment-friendly and sustainable.
Key Features of Bry Air’s Adsorption Chiller Technology
- Environmentally friendly chilling system
- Potable water used as a refrigerant
- Vibration-free and noiseless operation
- Negligible maintenance
- Power-saving technology
- No replacement of adsorbent (Silica Gel) for a lifetime
- No crystallization, corrosion, hazardous leaks, or chemical disposal issues
- Operating life of a minimum of 25 years
