For a heavy industrial operator, the problem is simple. You need a lot of heat, reliably, and you need it now. The temperature dial on a steel mill, a glass furnace, or an aluminum smelter doesn't care about the elegance of your energy transition plan. It just needs to hit 800 degrees Celsius, day in and day out. This is the stubborn, expensive, and carbon-intensive reality that Found Energy is trying to rewrite with a fuel you can hold in your hand: aluminum.
The Boston-based startup, founded in 2022, is building modular reactors that convert aluminum metal,especially scrap,into hydrogen and high-temperature heat through a catalyzed reaction with water [Found Energy]. The process produces no carbon emissions at the point of use, and the company claims that using post-consumer scrap can make the entire cycle carbon-negative under its system boundaries [TechCrunch, April 2024]. It's a bet that a metal most people associate with soda cans could become a zero-carbon energy carrier for the world's hardest-to-electrify factories.
From self-cannibalizing robots to industrial fuel
The technical lineage here is not from a clean energy lab, but from deep-space robotics. Co-founder and CEO Peter Godart is a former NASA Jet Propulsion Laboratory scientist who worked on the Mars Curiosity Rover team and managed projects on water-reactive metal power systems [MIT News, June 2019]. His PhD research at MIT involved concepts for "self-cannibalizing" robots that could consume their own aluminum structures for fuel on long missions [TechCrunch, April 2024]. The leap from a robot eating its own leg to powering a cement plant is not as large as it seems. Both scenarios demand a dense, storable energy source that releases its power on command, without a flame.
Found Energy's initial commercial wedge is behind-the-meter industrial heat. The vision is to place container-sized reactors at industrial sites, where they would consume aluminum feedstock,delivered like any other bulk material,to generate steam or direct heat. The only byproducts are hydrogen, which can be used or vented, and aluminum oxide, a benign powder that can be recycled back into metal. The company's longer-term roadmap points to applications in primary aluminum smelting, marine shipping, and long-haul trucking [TechCrunch, April 2024].
The unit economics of a scrap pile
The potential economics hinge on the aluminum feedstock. Using virgin aluminum would be a non-starter, an energy-intensive loop chasing its own tail. But the world produces mountains of scrap. In 2022 alone, the U.S. generated about 3.9 million tons of old aluminum scrap, with a recycling rate around 55% for used beverage cans [U.S. Geological Survey]. Found Energy's proposition is to monetize this scrap stream not as a commodity to be re-melted, but as a fuel to be consumed.
A back-of-the-envelope calculation illustrates the scale. One metric ton of aluminum, through the aluminum-water reaction, can release roughly 16 gigajoules of thermal energy. That's equivalent to the heat content of about 1,300 cubic meters of natural gas. For an industrial boiler running continuously, the fuel cost comparison becomes a matter of local scrap aluminum prices versus natural gas contracts, minus the cost of the reactor itself and the value of avoided carbon. In a region with cheap scrap and a high carbon price, the math could flip.
The team and the $12 million seed
The company is led by Godart alongside co-founders Gadi Ruschin and Sara O'Connor, who serves as Chief Growth Officer [LinkedIn Profile: Sara O'Connor, retrieved 2026]. The team has attracted a seed round of investors focused on hard tech and climate, including the Autodesk Foundation, Munich Re Ventures, and the Massachusetts Clean Energy Center [TechCrunch, April 2024].
| Role | Name | Key Background |
|---|---|---|
| Co-Founder & CEO | Peter Godart | Former NASA JPL research scientist; MIT PhD '21 [TechCrunch, April 2024]. |
| Co-Founder & CBO | Gadi Ruschin | Background not detailed in public sources. |
| Co-Founder & Chief Growth Officer | Sara O'Connor | Listed as founder on company profile [LinkedIn Profile: Sara O'Connor, retrieved 2026]. |
| Chief Science Officer | Ariel Jackson | Experienced energy technology leader and researcher [LinkedIn Profile: Ariel Jackson, retrieved 2026]. |
This $12 million seed round, closed in April 2024, is intended to scale the technology and deliver first commercial power systems [Peter Godart, April 2024]. A subsequent Form D filing from May 2026 indicated the company had raised $14.6 million in equity and other securities, including SAFE conversions, suggesting continued capital accumulation [Simplify Jobs, May 2026].
Where the wheels could come off
Found Energy's bet is ambitious, and its path is lined with the formidable inertia of industrial energy systems. The risks are not subtle.
- The density dance. While aluminum is energy-dense by weight, its volumetric energy density is lower than diesel or natural gas. This means more truck trips to deliver the same amount of usable heat, adding cost and complexity to the logistics chain.
- The oxide loop. The aluminum oxide produced must be collected and shipped back to a smelter to be reduced back to metal using massive amounts of electricity. If that electricity isn't green, the "carbon-negative" claim for the full cycle evaporates. The company is ultimately betting on the rapid greening of the global grid.
- Industrial sales cycles. Selling multimillion-dollar capital equipment to risk-averse plant managers is a marathon, not a sprint. First-of-a-kind technology faces a steep proof-of-reliability curve before it can displace a trusted natural gas boiler.
The company's most plausible answer to these concerns is to start small and focused. A single, successful deployment at a pilot facility proving 24/7 reliability and predictable cost would be worth more than any white paper.
The incumbent to beat
Found Energy is not competing with other startups. Its success is measured against the entrenched, ubiquitous, and cheap natural gas burner. That incumbent wins on convenience, existing infrastructure, and a century of operational familiarity. To displace it, Found Energy's reactor must prove it is not just cleaner, but also reliable and economically compelling within the brutal calculus of a plant manager's bottom line. The company has two years and over $12 million to build that case. The heat is on.
Sources
- [TechCrunch, April 2024] How Found Energy went from ‘self-cannibalizing robots’ to cleaning up heavy industry | https://techcrunch.com/2024/04/17/found-energy-seed-round-exclusive/
- [Found Energy] Found Energy | https://found.energy/
- [MIT News, June 2019] MIT News article on Peter Godart | https://news.mit.edu/topic/innovation?type=2&page=12
- [LinkedIn Profile: Sara O'Connor, retrieved 2026] Sara O'Connor LinkedIn Profile | https://www.linkedin.com/company/found-energy
- [LinkedIn Profile: Ariel Jackson, retrieved 2026] Ariel Jackson LinkedIn Profile | https://www.linkedin.com/company/found-energy
- [Peter Godart, April 2024] LinkedIn post on seed round closure | https://www.linkedin.com/posts/petergodart_found-energy-closes-12m-seed-round-to-decarbonize-activity-7186384819558248450-OYnr
- [Simplify Jobs, May 2026] Simplify Jobs profile noting Form D filing | https://simplify.jobs/c/Found-Energy
- [U.S. Geological Survey] Mineral Commodity Summaries - Aluminum | https://www.usgs.gov/centers/national-minerals-information-center/aluminum-statistics-and-information