'Methanol-based sorption refrigeration and heat pump technology' 1=Energy 2=Energy Efficiency
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'Methanol-based sorption refrigeration and heat pump technology' 1=Energy 2=Energy Efficiency
CoPED ID
98b8f8fc-98ac-422f-914a-67f55fe8d6b3
Status
Closed
Value
No funds listed.
Start Date
Jan. 8, 2018
End Date
Sept. 30, 2021
Description
Solid sorption cycles have been researched for refrigeration, heat pumping and thermal transformers. Most systems to have reached an advanced state of development have used physical adsorption between for example ammonia and active
carbon or water and zeolite. In principle, chemical reactions of ammonia with metal chlorides, bromides etc. have many advantages but the lack of understanding regarding reaction rates, hysteresis, etc. have hampered development. this work
seeks to demonstrate that 2-salt resorprtion systems can be made at low cost and of adequate efficiency to be viable.
| University of Warwick | LEAD_ORG |
| Energy Research Centre of the Netherland | STUDENT_PP_ORG |
| Robert Critoph | SUPER_PER |
Subjects by relevance
- Ammonia
- Development (active)
Extracted key phrases
- Heat pump technology
- Sorption refrigeration
- Solid sorption cycle
- = energy
- Heat pumping
- Energy Efficiency
- Salt resorprtion system
- Methanol
- Example ammonia
- Thermal transformer
- Chemical reaction
- Reaction rate
- Low cost