Atmospheric Humidity Water Extraction
The lower troposphere holds approximately 12,900 km³ of water vapour. We build atmospheric water generators (AWG) that operate efficiently above 30% relative humidity for off-grid potable supply.
How we work on atmospheric water.
Hybrid desiccant and refrigeration condensation cycles, scheduled by AI to maximise yield within humidity windows. Solar-powered variants for remote, conflict, and disaster-relief deployment.
- Operating RH
- ≥ 30%
- Per-Unit Yield
- 20–150 L/day
- Power
- Solar off-grid
- Stage
- Prototype, TRL 4
Status, leadership, and publications.
Active development with milestone reporting to the engineering steering committee on a fortnightly cadence.
To be announced
We will publish the principal investigator profile alongside the first peer-reviewed paper from this programme.
None to date
Publications will appear here as peer review and embargo cycles complete.
Interested in collaborating on atmospheric water?
We work with ministries, institutions, and industry partners on engagements ranging from feasibility studies to nationwide deployment.