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Difference between revisions of "Absorption Dryers"
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[[Category:Drying]]{{Knoppen}} | [[Category:Drying]]{{Knoppen}} | ||
[[File:Absorption_Dryers_1.jpg|thumb|200px|right|Absorption Dryers]] | [[File:Absorption_Dryers_1.jpg|thumb|200px|right|Absorption Dryers]] | ||
[[File:Absorption_Dryers_2.jpg|thumb|200px|right|Absorption Dryers]] | [[File:Absorption_Dryers_2.jpg|thumb|200px|right|Absorption Dryers]] | ||
The '''Absorption Dryers''' are special kind of Desiccant dryer. | The '''Absorption Dryers''' are special kind of [[Desiccant Dryers|Desiccant dryer]]. | ||
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==Working principle== | ==Working principle== | ||
The dehumidification principle of this kind of dryer is quite same to the heatless regenerative dryer, while the difference is that this kind is used in regenerative drying gas with lower pressure, which first after the receipt, and then into the regenerative tower to dehumidify the desiccant, so the heating device is added to the structure, and working procedures of receipt, cold blowing are added to the regenerative progress. The advantage of this type is that the energy consumption is very little, just be 6%, and the switching period is long, so the parts wear little to improve the reliability of the | The dehumidification principle of this kind of dryer is quite same to the heatless regenerative dryer, while the difference is that this kind is used in regenerative drying gas with lower pressure, which first after the receipt, and then into the regenerative tower to dehumidify the desiccant, so the heating device is added to the structure, and working procedures of receipt, cold blowing are added to the regenerative progress. The advantage of this type is that the energy consumption is very little, just be 6%, and the switching period is long, so the parts wear little to improve the reliability of the equipment, and the final dryness of outlet air is quite better than the heatless regenerative gas. | ||
==Operation | ==Operation conditions== | ||
* The regenerative gas:≤4 ~ 6% | * The regenerative gas:≤4 ~ 6% | ||
* Operating pressure:0.4~1.0Mpa | * Operating pressure:0.4~1.0Mpa | ||
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==Advantages== | ==Advantages== | ||
* Low capital cost compared to other dryers at the time | * Low capital cost compared to other [[dryers]] at the time | ||
* Although this type of dryer will reduce the dew point, it cannot produce a minus pressure dew point | * Although this type of dryer will reduce the dew point, it cannot produce a minus pressure dew point | ||
* It has a tendency to contaminate downstream systems | * It has a tendency to contaminate downstream systems. | ||
* The energy consumption is very little, just be 6%, and the switching period is long, so the parts wear little to improve the reliability of the | * The energy consumption is very little, just be 6%, and the switching period is long, so the parts wear little to improve the reliability of the equipment. | ||
* The final dryness of outlet air is quite better than the heat less regenerative gas | * The final dryness of outlet air is quite better than the heat less regenerative gas. | ||