Research progress on thermochemical adsorption heat storage technology based on hydrate

doi:10.19799/j.cnki.2095-4239.2020.0168

Abstract

Abstract:

The thermochemical adsorption heat storage has a higher heat storage density, a lower heat loss, and a long-term heat storage, which exhibit significant advantages over both sensible heat and phase change heat storages. This paper summarizes the developments in inorganic salt-H₂O systems, called hydrated salts, for the thermochemical adsorption heat storage, including typical thermal chemisorption materials and chemisorption reactors. Hydrated salts for the thermochemical adsorption heat storage usually contain halide-H₂O and sulphate-H₂O. Although hydrated salts have high heat storage densities, their application in the thermochemical adsorption system still faces some problems, including the degradation of kinetic properties and reactor corrosion caused by the deliquescence and expansion agglomeration of hydrated salts. As a carrier for hydrated salts, a porous material is expected to solve the current technical problems. Moreover, the development of new porous carriers and the structural optimization of the thermochemical adsorption heat storage systems are expected as the keys to promoting the industrialization of the thermochemical adsorption heat storage technology.

Key words: heat storage, thermochemical, adsorption, hydrated salts, adsorption system

CLC Number:

TK 229.92

Likui WENG, Yelong ZHANG, Lin JIANG, Yixuan JIA, Linghua TAN, Yi JIN, Yulong DING. Research progress on thermochemical adsorption heat storage technology based on hydrate[J]. Energy Storage Science and Technology, 2020, 9(6): 1729-1736.

Figures/Tables 10

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