Combined with air compressor waste heat recovery, the ...
Lowest dew point can reach ≦-80℃.
More Efficient Energy Saving
Air compressor waste heat recovery reduces dryer energy consumption.
No Pollution Risk
No pollution risk with heat exchange method.
Convenient System Planning
Many-to-many design facilitates system planning.
Modular Expansion
Expansion module upgrades old machines.
Air compressor waste heat recovery reduces dryer energy consumption.
- Air compressors generate a significant amount of thermal energy during the gas compression process. This heat is usually considered waste heat and requires forced cooling before the dryer system can desorb moisture. However, through waste heat recovery technology, this energy can be utilized to improve overall energy efficiency and reduce energy waste and costs.
No pollution risk with heat exchange method.
- Air compressor waste heat carries various pollutants (liquid water, oil, dust, etc.). Using heat exchange to extract heat avoids contaminating the adsorbent and improves dryer efficiency and CDA quality.
Many-to-many design facilitates system planning.
- With heat exchange, heat recovery is an independent kit, and the air compressor and dryer are no longer interconnected, each being an independent unit, making system planning easier.
Expansion module upgrades old machines.
- Retrofitting old machines is simple, allowing upgrades to heat recovery dryers without purchasing new machines.
HEW PID
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