Summary
Matthew Kanan, Ph.D., is a professor of chemistry at Stanford University and a leading researcher affiliated with the TomKat Center for Sustainable Energy. His work focuses on developing innovative solutions for sustainable energy conversion, particularly in the areas of electrocatalysis and solar fuels. Kanan’s research aims to transform carbon dioxide into useful chemicals and fuels using renewable energy sources, addressing key challenges in carbon capture and utilization. With a strong background in inorganic chemistry and materials science, he leads a multidisciplinary team that combines fundamental studies with applied technologies to advance clean energy technologies. At the TomKat Center, Kanan’s efforts contribute to pioneering research that supports the global transition toward sustainable energy systems.
Energy Solutions Forum Talk | Innovating Carbon-Capture: Transforming CO₂ into Sustainable Fuels, Plastics and Chemicals
Join us for an inspiring session in the Energy Solutions Forum Series, presented by Matthew Kanan, a leading innovator in sustainable energy chemistry. At the forefront of carbon-utilization research, Kanan’s team is pioneering breakthrough catalytic methods—from defect-rich electrocatalysts that convert CO₂ into liquid fuels to carbonate-promoted pathways that transform CO₂ and biomass into valuable plastics like FDCA, a high-performance polyester monomer (TomKat Center for Sustainable Energy, Kanan Lab - Stanford University). These scalable, energy-efficient strategies are reshaping how we think about carbon emissions and their lifecycle.
Don't miss this opportunity to engage with a visionary scientist whose work bridges chemistry, sustainability, and commercialization to redefine the future of clean energy.