Developments in nitrous oxide capture technologies: bridging current research to clinical applications
Authors' conclusion
Metal-organic frameworks are identified as a promising class of porous adsorbents that could be applied to a wide range of anaesthetic settings.
Study context
- Population
- Original research articles describing adsorbents for nitrous oxide uptake
- Comparison
- Activated charcoals vs Zeolites vs Metal-organic frameworks
- Outcome
- Adsorbent classes for nitrous oxide capture
Methodological detailsliterature search limited to last 5 years, Literature search limited to articles published in the last 5 years; relevance screened by abstract review
- Literature search limited to last 5 years
- Literature search limited to articles published in the last 5 years; relevance screened by abstract review
Main finding
As reported in the abstract
- Adsorbent classes usable for nitrous oxide capture: activated charcoals, zeolites and metal-organic frameworks
- Metal-organic frameworks identified as a promising class of porous adsorbents applicable to a wide range of anaesthetic settings; >100,000 structures identified, remarkable tuneability
Original publication
Developments in nitrous oxide capture technologies: bridging current research to clinical applications. Anaesthesia. Published 3 December 2025. doi:10.
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