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- W4328110986 abstract "Recent years have seen increasing attention to TCES technology owing to its potentially high energy density and suitability for long-duration storage with negligible loss, and it benefits the deployment of future net-zero energy systems. This paper provides a review of salt hydrate adsorption material-based TCES for space heating applications at ~150 °C. The incorporation of salt hydrates into a porous matrix to form composite materials provides the best avenue to overcome some challenges such as mass transport limitation and lower thermal conductivity. Therefore, a systematic classification of the host matrix is given, and the most promising host matrix, MIL-101(Cr)(MOFs), which is especially suitable for loading hygroscopic salt, is screened from the perspective of hydrothermal stability, mechanical strength, and water uptake. Higher salt content clogs pores and, conversely, reduces adsorption performance; thus, a balance between salt content and adsorption/desorption performance should be sought. MgCl2/rGOA is obtained with the highest salt loading of 97.3 wt.%, and the optimal adsorption capacity and energy density of 1.6 g·g−1 and 2225.71 kJ·kg−1, respectively. In general, larger pores approximately 8–10 nm inside the matrix are more favorable for salt dispersion. However, for some salts (MgSO4-based composites), a host matrix with smaller pores (2–3 nm) is beneficial for faster reaction kinetics. Water molecule migration behavior, and the phase transition path on the surface or interior of the composite particles, should be identified in the future. Moreover, it is essential to construct a micromechanical experimental model of the interface." @default.
- W4328110986 created "2023-03-22" @default.
- W4328110986 creator A5001759620 @default.
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- W4328110986 creator A5046135171 @default.
- W4328110986 creator A5078118326 @default.
- W4328110986 date "2023-03-20" @default.
- W4328110986 modified "2023-09-30" @default.
- W4328110986 title "Salt Hydrate Adsorption Material-Based Thermochemical Energy Storage for Space Heating Application: A Review" @default.
- W4328110986 cites W1464207726 @default.
- W4328110986 cites W1601630492 @default.
- W4328110986 cites W1789871399 @default.
- W4328110986 cites W1964740351 @default.
- W4328110986 cites W1965056535 @default.
- W4328110986 cites W1966820209 @default.
- W4328110986 cites W1966982080 @default.
- W4328110986 cites W1968686688 @default.
- W4328110986 cites W1968753831 @default.
- W4328110986 cites W1970785528 @default.
- W4328110986 cites W1971177340 @default.
- W4328110986 cites W1975039074 @default.
- W4328110986 cites W1975572784 @default.
- W4328110986 cites W1975903896 @default.
- W4328110986 cites W1975976065 @default.
- W4328110986 cites W1977554027 @default.
- W4328110986 cites W1977984368 @default.
- W4328110986 cites W1978241842 @default.
- W4328110986 cites W1979473647 @default.
- W4328110986 cites W1979638586 @default.
- W4328110986 cites W1980018489 @default.
- W4328110986 cites W1980207338 @default.
- W4328110986 cites W1981111241 @default.
- W4328110986 cites W1981198569 @default.
- W4328110986 cites W1981235595 @default.
- W4328110986 cites W1982754997 @default.
- W4328110986 cites W1984560719 @default.
- W4328110986 cites W1986022082 @default.
- W4328110986 cites W1989403650 @default.
- W4328110986 cites W1992090068 @default.
- W4328110986 cites W1993629604 @default.
- W4328110986 cites W1993754352 @default.
- W4328110986 cites W1993896096 @default.
- W4328110986 cites W1994368669 @default.
- W4328110986 cites W1995884208 @default.
- W4328110986 cites W1997643452 @default.
- W4328110986 cites W2001347170 @default.
- W4328110986 cites W2004840409 @default.
- W4328110986 cites W2005716796 @default.
- W4328110986 cites W2008494856 @default.
- W4328110986 cites W2008854263 @default.
- W4328110986 cites W2012155252 @default.
- W4328110986 cites W2012428667 @default.
- W4328110986 cites W2015548249 @default.
- W4328110986 cites W2016831704 @default.
- W4328110986 cites W2019784401 @default.
- W4328110986 cites W2020163780 @default.
- W4328110986 cites W2021175367 @default.
- W4328110986 cites W2021698714 @default.
- W4328110986 cites W2023830938 @default.
- W4328110986 cites W2024503895 @default.
- W4328110986 cites W2029899885 @default.
- W4328110986 cites W2036516628 @default.
- W4328110986 cites W2037535251 @default.
- W4328110986 cites W2043784530 @default.
- W4328110986 cites W2051411623 @default.
- W4328110986 cites W2053192172 @default.
- W4328110986 cites W2053448154 @default.
- W4328110986 cites W2055910067 @default.
- W4328110986 cites W2060693365 @default.
- W4328110986 cites W2063009800 @default.
- W4328110986 cites W2063431185 @default.
- W4328110986 cites W2069762046 @default.
- W4328110986 cites W2073317732 @default.
- W4328110986 cites W2077053941 @default.
- W4328110986 cites W2078321624 @default.
- W4328110986 cites W2082123350 @default.
- W4328110986 cites W2085434575 @default.
- W4328110986 cites W2085660207 @default.
- W4328110986 cites W2091537306 @default.
- W4328110986 cites W2092608075 @default.
- W4328110986 cites W2093106759 @default.
- W4328110986 cites W2094366200 @default.
- W4328110986 cites W2112409581 @default.
- W4328110986 cites W2126191649 @default.
- W4328110986 cites W2128670854 @default.
- W4328110986 cites W2129204779 @default.
- W4328110986 cites W2131667660 @default.
- W4328110986 cites W2143246079 @default.
- W4328110986 cites W2143903688 @default.
- W4328110986 cites W2144434463 @default.
- W4328110986 cites W2147854776 @default.
- W4328110986 cites W2149334004 @default.
- W4328110986 cites W2151080396 @default.
- W4328110986 cites W2154147809 @default.
- W4328110986 cites W2156868808 @default.
- W4328110986 cites W2168771599 @default.