Solutions
Water electrolysis for the production of hydrogen and tritium is Solution 1. Waste glycerine electrolysis for formate and glycolate production is Solution 2. Each one runs on the same reactor, tuned differently.
How the solutions relate
Each solution below runs on the same Supercritical electrochemical platform. We do not build a new machine per product — we change the feedstock and the operating point. One reactor design means one manufacturing base, one operations and control stack and one engineering learning curve, so each new solution reaches market faster and at lower cost than the one before it, and the roadmap extends rather than restarts.
Every solution follows the same stage-gated playbook: prove selectivity and yield at lab and demonstrator scale, then commercialise. See how the platform works →
The solutions
What comes next
Solution 3 takes sugars into glucaric acid, and on into adipic acid, the monomer behind nylon. It is in development, following the same stage-gated process that delivered hydrogen and formates. See the Nylon 6,6 value chain → Solution 4 extends the platform into new molecule families beyond those feedstocks.
If you have an organic waste stream and want to know what it could become, that conversation is the start of a solution. To help us define Solution 4, get in touch →