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Large amounts of waste heat below 100˚C from the industrial sector are released into the atmosphere. It has been suggested that energy system efficiency can be increased with adsorption chillers. However, the cooling power and coefficient of performance (COP) of conventional adsorption chillers significantly decrease with the desorption temperature. In this paper, we proposed a mechanical booster pump (MBP)-assisted adsorption chiller cycle, and evaluated its performances. In the cycle, a MBPdoi:10.4236/msce.2017.55003 fatcat:22bxez2cmvdtfh3dh4vnl66ur4