Introducing microporous membranes into absorption refrigeration systems (ARSs) provides
a promising technology that can improve heat/mass transfer performance of …

Membrane-based absorption cycle is a novel technology to provide excellent heat and mass
transfer performance in the main components for the convenience of small-scale …

Abstract Vapor Compression Systems (VCS) are the most common air conditioning
technology. VCS cool the air to its dew point temperature (overcooling) to remove water …

Absorption cycles have attracted considerable attention for utilizing renewable energy and
waste heat to achieve carbon neutrality. Absorption Heat Transformers (AHTs) using Ionic …

Microchannel membrane-based desorbers and absorbers are key components in efficient
and compact absorption refrigeration systems. To improve the accuracy of current empirical …

To address the problems of conventional absorption technologies, various working pairs
consisting of low-global-warming-potential hydrofluorocarbons/hydrofluoroolefins and ionic …

A novel microchannel membrane-based absorber with inclined grooves is proposed and
studied by a three-dimensional CFD model. Parametric analysis is carried out to analyze the …

Rising industrial energy consumption and waste heat in moist flue gas exhausts are the key
scientific issues. A potential hybrid system with efficient heat recovery technology can fulfill …

Due to their many attractive physicochemical properties, ionic liquids (ILs) have received
extensive attention with numerous applications proposed in various fields of science and …

The compression-absorption cascade heat pump (CACHP) is an efficient way for clean
heating toward carbon neutrality. Nevertheless, the working pair studied at present is only …