80-99%
Redoxa sediment restoration
Restoring oxygen-starved ecosystems.From the bottom up.
A first-of-a-kind, power-free OxyGrid approach stabilizes degraded seabeds and lakebeds, with live data for restoration decisions.
Essentials
The sediment layer is the bottleneck.
Redoxa gives oxygen-poor sediment a conductive pathway back to oxygen-rich water. Harmful chemistry falls, recovery becomes measurable, and partners can decide from field evidence.
>80%
H2S and phosphate reduction
120 m2
active Copenhagen pilot
Live
field data and reporting
Traction
Active pilot tracks.
Copenhagen lakebed pilot
Running120 m2Municipality wetland
Permit pending120-150 m2Major port pilot
Planned in 2026100-120 m2Three partnerships for 2027
Become one of three partners for a 1,000 m² demonstration site.
We are looking for municipalities, ports, and water owners ready to document sediment recovery at meaningful scale. Together we scope the site, permits, measurements, and funding.
1,000 m²2027Lake, fjord, or port
The transformation
Oxygen falls. Redoxa takes over.
The graph shows the key field signal: voltage rises when the grid starts carrying more of the redox load, making a potentially transformative restoration process visible.
Oxygen-demand response
As oxygen drops, Redoxa voltage rises. That handover is the visible signal that the grid is carrying redox support.
Oxygen
falls
Voltage
rises
16 Sep 2026
Wavemaker Pitch Competition
Berlin
28-29 Oct 2026
Vandmiljøkonferencen
Denmark
Featured in
BBC
INGENIØREN
TV 2 BORNHOLM