Solar-Powered Reactor Converts CO2 and Plastic Waste Into Sustainable Fuels shorts plasticwaste

Researchers have developed a solar-powered reactor that converts carbon dioxide (CO2) captured from industrial processes or directly from the air into sustainable fuels. In tests, CO2 was transformed into syngas, a crucial component for sustainable liquid fuels, while plastic bottles were converted into glycolic acid. The technology shows promise for reducing carbon emissions and eliminating the use of fossil fuels, although further improvements are necessary. The scientists aim to create a practical solution that combines direct air capture with CO2 utilization to achieve a zero-carbon future.

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