Gas absorption heat pump
BG 34/2021, The Illustrated Guide to Renewable Technologies, 2nd edition, written by Michelle Agha-Hossein and David Bleicher and published by BSRIA in 2021, states: ‘Most heat pumps use the vapour compression refrigeration cycle, driven by electricity, to provide heating. Gas absorption heat pumps instead use the absorption cycle, driven by a gas burner. This is the same cycle used in absorption chillers. Gas absorption heat pumps can provide both heating and cooling in buildings, as well as domestic hot water.’
--BSRIA
[edit] Related articles on Designing Buildings
- Absorption heat pump.
- Air source heat pumps.
- Ambient loop heat pump system.
- BSRIA definitions.
- Earth-to-air heat exchangers.
- Exhaust air heat pump.
- Ground source heat pumps.
- Heat pump.
- Hybrid heat pump electric panel heating.
- Room-based heat pumps.
- Solar-assisted heat pump.
- Water loop heat pump system.
- Water source heat pumps.
- Types of heat pump.
Featured articles
Check out some of the best features and news from Designing Buildings as well as key stories from around the web.
The real barrier to getting more value from digital technology.
Your guide to The Construction Reset at UKCW Birmingham.
Accommodating the Victorian and Edwardian working woman. Book review.
Rethinking passive fire protection in design
PFP demands the same level of design rigour as structure or services.
38% of Gen Zs feel safe when a fire door is wedged open.
Stunning images from around the world
Shortlist for CIOB’s Art of Building photography competition.
Guidance for conversion of traditional pre-1919 stone buildings.
Industrial heritage in the Ruhr
A marked difference to the fate of industrial landscapes in the UK.
Communities will be able to build their own clean energy.
Why diversity and inclusion matters for SMEs
CIOB’s D&I Charter shows how practical changes can support long-term growth.
Cut electricity bills to power growth
Coalition sends joint letter to the Chancellor.
Gasholders: a history in pictures. Book review.

















