

 The heatless regenerative dryer can adsorb some component characteristics by adsorption porous surface, and adsorb the moisture in the air to the sorbent cavity, so as to remove the moisture in the air. When the adsorption is worked for a certain time, the adsorbents will reach the saturated adsorption equilibrium, and the adsorbents need to be regenerated with the dry gas near the normal pressure to restore the adsorbability of the adsorbents. Because the adsorbent can be adsorbed and recycled, the heatless regeneration dryer can run continuously and safely.
The heatless regenerative dryer can adsorb some component characteristics by adsorption porous surface, and adsorb the moisture in the air to the sorbent cavity, so as to remove the moisture in the air. When the adsorption is worked for a certain time, the adsorbents will reach the saturated adsorption equilibrium, and the adsorbents need to be regenerated with the dry gas near the normal pressure to restore the adsorbability of the adsorbents. Because the adsorbent can be adsorbed and recycled, the heatless regeneration dryer can run continuously and safely.| Capacity: | 1~500Nm3/min | 
| Operationg pressure: | 0.2~1.0MPa(can provide1.0~3.0MPa) | 
| Inlet air Temperature: | ≤45℃(Min5℃) | 
| Dew Point: | ≤ -40℃~-70℃(at normal pressure) | 
| Switching time: | 120min(adjustable) | 
| Air pressure loss: | ≤ 0.02MPa | 
| Regenerative air consumption: | ≤10% | 
| Regenerative mode: | Micro heat regeneration | 
| Power Supply: | AC 380V/3P/50Hz(BXH-15 and above) AC 220V/1P/50Hz(BXH-12 and below) | 
| Environment Temperature: | ≤45℃(Min5℃) |