This paper presents a review on physical adsorbent-adsorbate pairs for adsorption cooling
applications. Adsorption isotherm models used to estimate adsorption equilibrium uptake of …

Adsorption cooling is getting huge attention from last few years due to environment-friendly
and thermally-driven technology. Many systems designs based on various adsorbent …

An adsorption chiller requires thermal energy to regenerate the adsorbent by desorbing the
refrigerant vapor. Minimum desorption temperature is the parameter which defines the …

Adsorption desalination is a promising technology that has recently been investigated. Most
of the reported adsorption desalination systems use silica gel as the adsorbent and despite …

Metal-organic framework (MOF) materials are new porous materials with high surface area,
pore size and volume, and tunable pore geometry thus providing high adsorption capacity …

Biomasses are renewable resources and suitable precursors for synthesis of activated
carbons (ACs). Two biomass sources:(i) Waste Palm Trunk (WPT) and (ii) Mangrove (M) are …

In this study, consolidated composite adsorbents which are combinations of a highly porous
activated carbon powder (Maxsorb III), expanded graphite (EG) and binder have been …

MOFs (metal organic frameworks), a new type of porous coordination polymers (PCPs), has
emerged as a novel class of adsorbent material that has piqued the interest of academics …

Microporous adsorbents have been extensively employed in various sorption cycles. The
specific heat capacity of such porous materials is an important parameter in adsorption …

Adsorption cooling systems powered by low-grade thermal or renewable energy are
considered as a potential alternative to the vapor compression systems. To improve the …