#working-pairs
4 articles · 12 raw sources
The quantitative deep-dive behind adsorption cooling: COP and SCP by working pair and driving temperature — the silica-gel/water benchmark band (COP ~0.45–0.6, SCP ~160–250 W·kg⁻¹ …
How to actually build an adsorption chiller. Pick the working pair first (it decides safety and vessel type): zeolite/silica + WATER is the safe demonstrator (deep vacuum, no toxic…
The zeolite adsorbent reference for heat-driven cooling: the material families (classic aluminosilicate 13X/4A/NaY, natural mordenite/clinoptilolite, and the low-regeneration alumi…
Adsorption cooling produces cold from low-grade heat (typically 60–95 °C, feasible from ~50 °C) using a solid porous adsorbent that alternately adsorbs and desorbs a refrigerant va…
Raw sources
- A review on solar-powered cooling and air-conditioning systems for building applications · 2026-06-19
- SAAR: Solar Ammonia Absorption Refrigerator (Senior Design Project) · 2026-06-19
- A review on adsorption heat pump: Problems and solutions · 2026-06-19
- Adsorption Refrigeration Technologies · 2026-06-19
- Thermodynamic Performance of Adsorption Working Pairs for Low-Temperature Waste Heat Upgrading in Industrial Applications · 2026-06-19
- Studies on the feasibility of adsorption cooling technologies · 2026-06-19
- MFM-300(Al/Fe/Cr/V) as high-performance water-adsorption sorbents for cooling and refrigeration · 2026-06-19
- Pore-size engineered nanoporous silica for efficient adsorption cooling and desalination cycle · 2026-06-19
- An ammonia-carbon solar refrigerator for vaccine cooling (Critoph, Renewable Energy 1994) · 2026-07-02
- Adsorption Cooling with MOF-303: Modeling from Experimentally Measured Properties — SCP to 970 W/kg (Ben-Mansour & Abu El-Maaty, Results in Engineering 2025) · 2026-08-10
- Solar Adsorption Cooling Systems for Off-Grid Sustainability: Recent Advances, Design Strategies, and Future Perspectives (Patel et al., Results in Engineering 2025) · 2026-08-10
- Solar Adsorption Ice Maker Using Maxsorb III/Ethanol — Field-Validated, Mosul, Iraq (Soheel et al., Env. Progress & Sustainable Energy 2026) · 2026-08-10