A multiscale computational study finds that blended refrigerants in activated carbons offer higher energy storage densities and selective separation for recovery compared to pure refrigerants.
In conclusion, the number of adsorption isotherms measured at distinct temperatures exerts a negligible influence, while the temperature range has a significant impact
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Evaluating Blended Refrigerants for Thermochemical Energy Storage and Circular Refrigerant Recovery using Activated Carbons
A multiscale computational study finds that blended refrigerants in activated carbons offer higher energy storage densities and selective separation for recovery compared to pure refrigerants.