May 19, 2026
M1 Catalysts, Inc., and founder Tony Kent have been selected to enter the Scale-up Phase of Chevron Studio.
M1 Catalysts is commercializing breakthrough catalysts for electrochemical conversion that alleviate our dependence on imported critical minerals. The company’s core technology is the product of more than 10 years of research by Dr. Yuehe Lin’s team at Washington State University and centers on amorphous aerogel alloy catalysts synthesized from abundant, domestically available metals.
Early variants show a 20% catalytic activity improvement and a 6-fold increase in durability compared to industry benchmarks for water-splitting electrolysis. M1’s founder was drawn to Dr. Lin’s innovation due to its customizability and scalability, making it viable for mass production and deployment across energy‑intensive industries.
M1 Catalysts has demonstrated prototype‑level performance and is working with US National Laboratories to optimize production scale up and system integration. By targeting foundational components of energy infrastructure including electrolyzers, fuel cells, and batteries, M1 addresses bottlenecks that directly impact cost, resilience, and supply‑chain security. When successfully scaled, its technology has the potential to accelerate decarbonization across multiple sectors of the energy industry while supporting domestic manufacturing and reducing the environmental footprint of next‑generation energy systems.
M1 Catalysts is commercializing breakthrough catalysts for electrochemical conversion that alleviate our dependence on imported critical minerals. The company’s core technology is the product of more than 10 years of research by Dr. Yuehe Lin’s team at Washington State University and centers on amorphous aerogel alloy catalysts synthesized from abundant, domestically available metals.
Early variants show a 20% catalytic activity improvement and a 6-fold increase in durability compared to industry benchmarks for water-splitting electrolysis. M1’s founder was drawn to Dr. Lin’s innovation due to its customizability and scalability, making it viable for mass production and deployment across energy‑intensive industries.
M1 Catalysts has demonstrated prototype‑level performance and is working with US National Laboratories to optimize production scale up and system integration. By targeting foundational components of energy infrastructure including electrolyzers, fuel cells, and batteries, M1 addresses bottlenecks that directly impact cost, resilience, and supply‑chain security. When successfully scaled, its technology has the potential to accelerate decarbonization across multiple sectors of the energy industry while supporting domestic manufacturing and reducing the environmental footprint of next‑generation energy systems.
