Key Highlights
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A new review article from the Royal Society of Chemistry details the most effective patterning methods and module architectures for manufacturing organic and perovskite solar cells at a large scale. This work is crucial for advancing the commercial viability of next-generation, flexible solar panels that could be cheaper and lighter than traditional silicon-based ones.
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A new perspective in Nature Energy explores how carbon dioxide (CO2) from ambient air reduces the performance of anion-exchange membrane fuel cells (AEMFCs) by forming carbonate ions. The authors discuss new strategies to manage this CO2, which is key to making these clean energy devices more stable and efficient for powering everything from cars to backup generators.
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A study on the Tuzla Geothermal Field in Türkiye found that injecting CO2 alongside geothermal fluid can lead to permanent mineral storage of the gas deep underground. This suggests that geothermal power plants could not only generate clean energy but also safely lock away CO2 for thousands of years, offering a double benefit for the climate.
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