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Sunlight-Powered Catalyst Targets Toxic ‘Forever Chemicals’
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Plant-Based Nanomaterial Offers Cleaner Way to Recover Rare Earths
Using a material derived from plants, Penn State researchers have developed a cleaner, more sustainable way to separate and recover dysprosium, a critical rare earth metal used in electronics, engines and clean energy technologies. The approach could help ease supply pressures and reduce the environmental toll of rare earth mining.
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Fish-Skin Biofilm From Amazonian Species Shows Promise for Greener Food Packaging
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Turning Wet Food Waste Into Clean Energy: HKUST Study Shows a Better Way
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Bottled Water Can Carry More Nanoplastics Than Tap, Study Finds
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Wood-Based ‘Thermal Battery’ Could Help Buildings Slash Energy Use
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Turning Desert Sand Into Sustainable Building Material
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Superhot Geothermal Could Power Clean Energy and Data Centers
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Turning Farm Waste Into Climate-Friendly Building Materials
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New AI Model Flags Hidden Risks in Disinfected Drinking Water