Applying the potential theory of adsorption for adsorptive heat transformation

Adsorptive heat transformation is an emerging technology that can store heat, convert it to heat with another temperature potential, and generate cold. Progress in this field is determined by the development of new advanced adsorbents, implementing efficient cycles, and harmonizing the adsorbent with the cycle. The article examines how the fundamental potential theory of adsorption is used to reach these applied goals and highlights the progress resulted from its application to adsorptive heat transformation.

Automated summary

Adsorptive heat transformation is a promising technology for heat storage, conversion, and cold generation. Its development hinges on the advancement of adsorbents, efficient cycle implementation, and alignment of adsorbent-cycles. This article investigates the utilization of adsorption potential theory to achieve these goals and highlights the progress made in adsorptive heat transformation.