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Dynamics of methanol Ad/desorption driven by a pressure jump/drop in the new adsorptive cycle "Heat from Cold".

Number: AD-HM-1118

Author(s) : GIRNIK I., ARISTOV Y.

Summary

Adsorption heat transformers (AHTs) are attracting an increasing attention due to their ability to utilize waste and renewable heat. This paper addresses the dynamic study of methanol ad/desorption in flat beds of loose grains of activated carbon ACM-35.4. The process is initiated by jump/drop of the methanol pressure at T = 2 oC which imitates typical conditions of a novel cycle “Heat from Cold” recently suggested for upgrading the ambient heat. The effects of the grain size and the bed thickness are studied. The feasibility of the adsorbent regeneration by dropping the methanol pressure was demonstrated.

Details

  • Original title: Dynamics of methanol Ad/desorption driven by a pressure jump/drop in the new adsorptive cycle "Heat from Cold".
  • Record ID : 30022928
  • Languages: English
  • Source: International sorption heat pump conference, ISHPC 2017, Tokyo august 7-10.
  • Publication date: 2017/08/07

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