Future research + development roadmap
Hydrogen and Greenhouse Gas to Value solutions are only the beginning.
Decarbonizing the chemical industry with light-driven reactions presents a once-in-a-lifetime opportunity to not only protect our planet but also to rethink how we produce the molecules on which society and world economies rely.
Low-carbon-intensity hydrogen and greenhouse gas to value solutions are only the beginning for Syzygy. With a few modifications to the Rigel™ reactor and our photocatalysts, we are able to produce an extensive range of molecules.Scope 1, Scope 2, + Scope 3 Emissions
2025 and beyond
Combustion-free photocatalytic ammonia synthesis (P-AS™) from hydrogen and nitrogen
N₂ + 3H₂ -> 2NH₃
CO₂ to value from photocatalytic reverse water-gas shift reaction (P-rWGSR™)
H₂ + CO₂ -> H₂O + CO
Ultra-low-emissions hydrogen and sulfur from photocatalytic H₂S splitting (P-H₂SS™)
2H₂S -> 2H₂ + S₂
Sustainable photocatalytic water splitting
H₂O -> H₂ + ½O₂
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Rigel reactors and photocatalysts can be tuned to produce many other chemicals like ethylene and aromatics.
Contact us with questions about any reaction pathway you don’t see here.
We’re at the forefront of reducing the carbon intensity of chemicals.
Learn more about our research.
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