Found Energy turned a self-cannibalizing space robot into an industrial heat business

Found Energy drops water onto catalysed aluminum to release steam and hydrogen for industrial processes, from 80-100°C up to 1,000°C.

$12M oversubscribed seed from Autodesk Foundation, GiTV, Glenfield Partners, Good Growth Capital, J-Impact, Kompas VC, Massachusetts Clean Energy Center and Munich Re Ventures

At NASA's Jet Propulsion Laboratory, Peter Godart wondered why a Europa probe shouldn't eat its own aluminum parts for fuel; NASA funded the 'self-cannibalizing robot lab', and when mission funding was cut, JPL let him take the IP to MIT for his doctorate.

The 'fractal exfoliation' process cracks aluminum in seconds instead of the millennia bare water would need; the leftover powder is aluminum trihydrate that can be re-smelted into metal, the catalyst is recovered, and contaminants like plastic can liners filter out untouched.

The pivot kept the core IP and changed only the customer: a self-cannibalizing robot and an aluminum-fuelled smelter run on the same chemistry.

Scrap aluminum as feedstock makes the process carbon negative from day one, aligning the physics with the climate pitch.

The closed loop — burn aluminum to aluminum trihydrate, re-smelt it back — turns fuel into a battery the smelting industry already understands.

Government cuts, usually fatal, here became the founder's exit ramp: JPL letting him take the IP to MIT is the rare tech-transfer win.

The fastest route out of a moonshot is finding its Earth-sized twin: the same aluminum-eating chemistry became industrial decarbonization with a bigger market.

As of the April 2024 announcement, Found Energy was targeting industrial heat first with shipping and trucking as later markets, freshly armed with a $12M seed.