A Major Milestone for Our DAC Technology
We are proud to announce a key achievement in the development of our decentralized Direct Air Capture (DAC) system: our prototype has successfully captured CO₂ from ambient air in real time.
This marks an essential validation of our proprietary capture process, electronics integration, and measurement architecture.
What We Achieved
During the test, the system activated and immediately began absorbing atmospheric CO₂.
The data showed a sharp drop in CO₂ concentration inside the post-capture chamber, while the ambient air level remained stable — clear evidence of active removal.
Our Carbon Capture achievement on our prototype confirms that
- Our sorbent cycle is working as expected
- The sensor and data logging architecture is performing reliably
- Our capture process is replicable and ready for extended operational testing
This is not just a technical result — it’s a meaningful step forward for the broader Direct Air Carbon Capture field, demonstrating how small, modular systems can contribute to global carbon removal.
What Comes Next?
We are now preparing for
- Extended performance runs
- System optimisation and component refinement
- Pilot-scale industrial deployments
- Integration with our central monitoring platform
Our goal remains unchanged: to bring affordable, decentralized DAC to individuals, SMEs, institutions, and organisations worldwide.
Acknowledgements
This achievement was made possible thanks to the dedication of
- Callum Russell (PhD) — Lead Engineering & Chemical Processes
- Jochen Martin Kleef — Founder & Systems Strategy
- Our supporting IT and development team
We’re grateful for the expertise and commitment that made this milestone possible.