Thermodynamics at Industrial Scale
We back technical founders building physical infrastructure for heavy industry decarbonization. No software plays, no speculative platforms. We invest where the math meets physical reality.
1st
cheque operators
0.0
software focus
Four Heavy Industrial Sectors
Green Steel
Zero Cement
Chemicals
Heat Storage
Replacing coal-fired blast furnaces with hydrogen direct reduction and clean electric arc systems to eliminate metallurgical coal dependencies.
Capturing unavoidable process emissions while engineering novel cementitious binders that eliminate calcination footprints at commercial scale.
Electrifying high-temperature thermal crackers and deploying clean electrochemical pathways to completely replace legacy fossil feedstocks.
Storing intermittent zero-carbon electricity as high-temperature industrial process heat to continuously power heavy manufacturing plants.
Our Technical Investment Criteria
Thermodynamic Proof
The Raw Math
Scale Viability
We analyze the raw energy balance first. Your technology must demonstrate clear thermodynamic viability and efficiency advantages over existing fossil baselines.
Skip the marketing slide decks. We expect rigorous mass and energy balances, detailed process flow diagrams, and verified lab-scale performance metrics.
We evaluate the pathway from laboratory success to continuous factory-floor manufacturing. If it cannot be scaled physically, we do not invest.
Send Us Your Specifications
We do not require warm introductions. Submit your mass balances and technical schematics directly to our engineering team.