The Carbogenesis Platform
Our technology empowers industries to chemically convert their greenhouse gasses into economic opportunities. With our unique, highly innovative, compact, modular, and scalable technology, each installation can choose how many of our reactor modules to plug in to match its needs.
THE CARBOGENESIS PLATFORM
Plasma-Driven Decarbonization
Imagine having the power to profit from efficiently converting waste gases into the same product you are already selling, or expanding into a coveted, adjacent arena, while lowering your overall CI score.
1) CO₂ FEEDSTOCK
Input CO₂ and methane (or a similar hydrocarbon gas) into our system. We are source agnostic, meaning we can be plugged into a variety of installations, ready to upcycle their greenhouse gases.
2) CATALYST-FREE MICROWAVE PLASMA
Syngas (CO + H₂) is rapidly and quantitatively (99%+) created, via a catalyst-free dry reforming process.
3) FREE-ENERGY VALORIZATION
The energy of the high-temperature syngas is instantaneously employed to drive subsequent, complementary chemical reactions, producing a selectable portfolio of high-value and profitable chemicals and products.
4) SYNGAS REUSE
The syngas, which remains in a separate stream, can be used and commercialized directly, or fed into existing downstream applications/technologies
THE CARBOGENESIS PLATFORM
How it Works
OUR REACTOR
What Sets Us Apart
Our proprietary reactor design, geometry, and operating parameters are the heart of our process. In our reactor, CO₂ and methane (or similar hydrocarbons from other greenhouse gas waste streams) are energized into a plasma by a powerful and efficient microwave, which yields syngas (CO and H₂).
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No catalysts
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99% CO₂ single-pass conversion
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Outputs are tunable
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Lowers both CapEx and OpEx
OUR PLATFORM
What Changes the World
We have designed our unique decarbonization platform to be readily deployed at any location that has electricity and greenhouse gas emissions. What sets us apart are our compelling technoeconomics (even without subsidies). This claim is enabled by the extraordinarily high energy and chemical utilization efficiency of input electricity and materials.
Microwave and Plasma Technology
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99% CO₂ utilization
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Instantaneous on/off -- ideally suited to match intermittent/renewable/cheap electricity
Profitability
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Demonstrated continuous high-value product output
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Efficient energy utilization, approaching the theoretical thermodynamic maximum
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Industry leading techno-economics (even without subsidies)
Scalability
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Completely modular and “stackable” system
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Physically compact, plug and play (plug-in and get paid)
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Carbon AND cost negative
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The more reactors the better the Capex efficiency