About nonlinear CDR
Facilitating CDR
by employing Biology
by employing Biology
We remove atmospheric carbon dioxide using seaweed's natural photosynthetic process and we turn it into a bioplastic. We make our growing systems from this and at the end of their useful life, they are buried and their embodied carbon is stored permanently
by employing Biology
by employing Biology
by employing Biology
There’s a genus of seaweed called Ulva — you’d know it as sea lettuce. In controlled conditions Ulva has been recorded above 40% per day. We design to 12.5%, and the gap between those two numbers is the thing we have to prove
in Land-Based tanks
by employing Biology
in Land-Based tanks
To maintain the best growing conditions, Ulva must be grown in land-based tank systems — not in the open ocean where you’re at the mercy of the seasons, the storms, and the inevitably variable nutrition.
that Self-Scale
by employing Biology
in Land-Based tanks
To achieve a scale that can capture a meaningful quantity of atmospheric CO₂, ingredients from the harvested Ulva are used to make the systems that the next generation of Ulva will be grown in. This is the nonlinear way.