New Iridium awarded $1M NSF SBIR Phase II grant
New Iridium was awarded $1M NSF SBIR Phase II grant to advance its photocatalysis platform…
The chemical industry is one of the world’s biggest polluters, generating more than 2 billion tons of carbon emissions each year. Our mission is to decarbonize the chemical industry by utilizing CO2 to create value-added products and reducing carbon emissions through highly efficient chemical manufacturing.
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Biomimicry Institute (New Iridium featured as Ray of Hope Prize finalist)
New Iridium was awarded $1M NSF SBIR Phase II grant to advance its photocatalysis platform…
The Braskem-New Iridium partnership focuses on CO2 conversion via photocatalysis, the startup’s expertise, which is an…
New Iridium was crowned the winner of the Environment Track at Hello Tomorrow Global Summit…
New Iridium’s photosynthesis-inspired photocatalysis technology was featured in a short film by RE:TV. Powered by…
Phenoxazines, some of the strongest reducing visible light photocatalysts available, are capable of reducing alkyl and aryl halides via an electron transfer mechanism.
Dihydrophenazine photocatalysts are strong excited state reductants that can reduce alkyl and aryl halides via electron transfer. These PCs oxidize more readily than phenoxazine PCs, even at ground state.
Benzoperylene photocatalysts are among the strongest visible light reductants in existence, enabling even challenging Birch reductions under mild benchtop conditions.