The energy demand for traditional vapor-compressed technology for space cooling
continues to soar year after year due to global warming and the increasing human …

Adsorption-assisted energy conversion technologies are receiving extensive attention
recently as a sustainable technology for meeting the worldwide energy demand. The …

With the increasing demand for freshwater resources, the sustainable and effective
utilization of atmospheric water has become a critical issue. Herein, an efficient and stable …

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 …

Recently metal organic frameworks (MOFs), already known as adsorbent materials, have
gained increasing research interest in thermal energy storage and conversion. MOF-water …

Isosteric adsorption heat is crucial in assessing adsorption cycle performance. Typically,
adsorption heat is indirectly estimated from the isotherm equation fitted to the experimental …

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

HFOs are currently being adopted for adsorption refrigeration applications due to their zero
ozone depletion potential and paltry global warming potential. In this study, a constant …

The usage of metal organic frameworks (MOFs) as adsorbent materials for adsorption-based
heat transformation applications is gaining popularity among the research society due to …

Solar-powered adsorption chillers are a climate-friendly solution for building cooling, but
costs and space requirements limit their widespread adoption. Recently developed …