Scientists have pioneered a water- and light-driven method for converting propane at near-room temperature, opening the door to sustainable, low-energy catalysis. Propane dehydrogenation (PDH) is a chemical process that requires a large input of heat, typically needing temperatures above 600°C when carried out using traditional thermo-catalytic methods. These high temperatures pose several issues, including high […]



Summary

Scientists have developed a groundbreaking, energy-efficient method for converting propane to propene (PDH) using only water and light at near-room temperature. This innovation drastically reduces the energy demand compared to traditional PDH methods, which require temperatures exceeding 600°C and significant energy input. By harnessing light and water, the new process circumvents the high-temperature limitations, paving the way for more sustainable and cost-effective chemical production. This has the potential to minimize the carbon footprint of propene production by lowering energy use.

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