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@satoumi

Satoumi - For an abundant Future

InnovatorGermany

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Climate

Mobile, energy-autonomous pyrolysis reactor with industrial capacity for CO2 removal and biochar production, licensed for rapid distribution.

https://www.satoumi.de/
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The Technology: Industrial carbon removal — in a mobile reactor. Satoumi is developing a new generation of pyrolysis systems designed to combine three characteristics rarely found together: -Industrial capacity -Energy autonomy -Full mobility Our reactor converts biomass waste into biochar, bio-oil and syngas while using the produced gases as its primary energy source. This means the system can operate without a grid connection, directly where biomass is generated. If you got the waste, you got your reaction energy! Instead of transporting large volumes of waste to centralized plants, the technology moves to the biomass. This reduces logistics, costs, and emissions. At full capacity, one reactor can process up to ~17 tons of biomass per day. That corresponds to stabilizing roughly 6 tons of carbon daily. To put this into perspective: A single reactor can stabilize as much carbon in one day as an average tree absorbs in roughly 600–800 years. Our first patent filing is currently being prepared in Singapore — a jurisdiction specialized in technology licensing — followed by international protection via the PCT system. Because from the beginning, Satoumi is designed to operate globally. Now we are looking for Pilot-Partners and Angel Investors. Learn more at www.satoumi.de
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The Challenge: Great climate technologies are emerging, but they need systems that allow them to scale. Across the world, billions of tons of biomass waste are burned, landfilled, or left to decompose. At the same time: • soils are degrading • droughts are intensifying • carbon emissions continue to rise Technologies like pyrolysis can transform organic waste into biochar, improving soils while permanently stabilizing carbon. The science works. The real challenge is deploying it at global scale. Most pyrolysis solutions today are either: • small and mobile but inefficient • large industrial plants that are expensive and slow to deploy Satoumi is addressing this bottleneck. Not only by developing a new reactor that combines mobility with industrial production and energy self-sufficiency— but by building the system that allows it to spread globally. Because the climate challenge is not only a technology problem. It is also a deployment problem.
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What if the fastest way to scale climate solutions was not building everything yourself — but enabling the entire market to deploy them? At Satoumi, we are building exactly that. Our mission is to accelerate sustainable technologies by combining engineering with a different economic logic: Instead of competing with existing companies, we license our technology to them. This means: • faster global deployment • lower capital requirements • existing infrastructure becomes part of the solution Potential competitors become partners! Our first technology is a mobile industrial pyrolysis system that converts biomass waste into biochar, bio-oil and permanent carbon removal. But the real innovation is the system behind it. Enable the market instead of replacing it. A model designed to scale impact as fast as possible. For an abundant future.
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Satoumi turns waste into biochar, clean fuel and permanent CO₂ storage using reactors that power themselves with the energy of the waste they process. We are developing a new kind of pyrolysis reactor (burning without oxygen): mobile, energy self-sufficient and on industrial-scale. But instead of building each system ourselves, we license the technology — so companies around the world can scale impact faster than we ever could alone. Our vision goes further: Profits from these licenses will be reinvested into the next generation of synergetic impact technologies. Like seaweed as a source for protein production, bio-plastic and carbon capture, with subsequent pyrolysis of the Seaweed leftovers — creating a self-reinforcing cycle of economy, innovation and sustainability. Waste management – CO₂ capture – Energy generation – Soil regeneration – Innovation cycle With your vote, you help turn this idea into a global movement — where profit drives climate action and innovation never stops. Be the spark that sets this cycle in motion. #ClimateTech #CircularEconomy #ImpactStartup #ImpactInvesting #PreSeed #CarbonRemoval #Biochar #Pyrolysis #VoteSatoumi
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