One photon, two reactions—new catalyst converts CO₂ and biowaste simultaneously
Scientists at the University of Nottingham have developed a solar-powered catalyst system that uses a single photon to simultaneously convert carbon dioxide into formate and oxidize biowaste into useful chemicals for plastics. The system uses two catalysts in a single reactor, achieving high efficiency without external energy inputs. This innovation offers a sustainable method for producing valuable chemicals from waste and greenhouse gases using only sunlight. The catalysts are made from common materials, reducing costs and increasing accessibility for industrial applications.
Scientists created a solar-powered catalyst that uses one photon to convert CO₂ and biowaste into useful chemicals at the same time.
This process could help reduce greenhouse gases and create sustainable materials from waste, supporting cleaner energy and chemical production.
The innovation offers a practical, low-cost way to use sunlight for environmental and industrial benefits, aligning with goals for sustainability and resource efficiency.
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