Previously, the conventional fin-and-tube heat exchanger is usually chosen as the
evaporator in the air source heat pump. Recently, with the higher heat transfer efficiency, the …

A novel wash-coating technique was developed to coat a porous layer of MIL-101 (Cr)
adsorbent on the inner walls of fused silica microchannels. The optimum adsorbent slurry …

Adsorption refrigeration systems are promising, sustainable solutions for many cooling
applications. The operating range and the performance of an adsorption cooling cycle are …

This article presents the thermodynamic assessment of an advanced adsorption chiller with
an aim towards entropy generation minimization through the selection of appropriate …

In the face of increasing demands with regard to the share of renewable energy sources in
the energy mix, adsorption chillers are becoming a potentially important part of the energy …

The present study comprehensively examines the thermodynamic performance of an
adsorption refrigeration system considering the effect of wetness fraction and hot flushing. A …

A novel approach is developed for washcoating metal–organic framework MIL-101 (Cr), a
high-performance water adsorbent, uniformly on a cordierite honeycomb microchannel …

Minimizing the energy demand for capturing carbon dioxide (CO 2) from air and post-
combustion sources is critical to mitigate the effects of climate change. Adsorbent-coated …

This study investigates a novel stereolithography-based technique using ultraviolet (UV)
light and photopolymer resin to fabricate porous and robust MIL-101 (Cr) adsorbent layers. A …

Adsorption heat pumps (AHP) have conventionally used packed bed design, making their
operation sluggish leading to difficulty in using heat for the adsorbent regeneration. While …