
Photo: KCB
November 12, 2025
BY KCB
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MIT researchers have identified a new electrochemical approach to carbon capture using N-heterocyclic imine-based sorbents. The technology could reduce the energy demands of carbon capture systems while improving scalability and flexibility, offering a potential pathway toward more efficient carbon dioxide removal and utilization.
KBR's PureSAF technology has been selected by NorSAF for a sustainable aviation fuel and e-SAF production facility in Latvia that is expected to become the largest of its kind in Northern Europe. The plant is planned to produce 100,000 tons of fuel annually beginning in 2030.
PSB Industries is promoting a catalytic oxidation system designed to remove VOCs from CO₂ off-gas at RNG facilities, enabling operators to purify and recover CO₂ for resale while reducing emissions and lowering operating costs compared to traditional thermal oxidation methods.
Carbon Centric inaugurated Norway's first Canopy by T.EN™ carbon capture unit on Oct. 16 at its Rakkestad waste-to-energy facility. Developed through an alliance between Shell Catalysts & Technologies and Technip Energies, the modular system has been operating since October 2025, capturing upward of 10,000 tonnes of CO₂ annually at above a 95% capture rate.
Mantel and Wood signed an agreement to expand deployment of high-temperature carbon capture systems in industrial operations. The partnership supports Mantel’s first commercial project in Western Canada and aims to scale lower-cost carbon capture technology across energy and manufacturing sectors.