… of composite adsorbents developed so far … heat transformation systems. This review would
greatly assist in selecting an optimum composite adsorbent or developing a new composite …

… for heat storage/amplification and advanced adsorbents … heat storage/amplification. The
new, recently suggested, cycles (eg a “Heat from Cold” cycle for upgrading the ambient heat) will …

… heat storage is a promising long-term energy storage … , the heat storage capacity of
composite adsorbents made by … The basic characteristics of composite material groups were …

… The MWCNT/LiCl composite was the best for the daily heat storage, where the heat storage
capacity reached 470 Wh/kg. The S BET and V por values of MWCNTs were 270 m 2 /g and …

… An adsorbent with heat storage capacity can be the matrix material itself, for instance, zeolite
[124,125] and silica gel [126,127]. Otherwise, it may be a non-absorbent substance that has …

… From the table can be seen that at a storage temperature of 413 K the specific heat storage
density of the composite adsorbent is the highest and corresponds to 8.5 fold of the hot water …

… adsorption working pairs for adsorption heat storage applications at domestic level is … C for
methanol) this composite strongly reduces the achievable heat storage density, due to limited …

… composite sorbents for adsorption heat transformers [28, 29]. In this work a promising system
of composite adsorbent … to create various composite materials [30, 31], including composite …

… They are adsorptive heat storage, heat pumping and cooling. Although … composite adsorbents
and showed that they can be regulated in a wide range during synthesis stage. For heat …

… In this study, consolidated composite adsorbents comprising highly porous zeolite of type …
powered adsorption heat pump. The thermophysical properties such as specific heat capacity, …