Recycled Battery Cathode Material Pulls Toxic Blue Dye from Water Without Any Redox Chemistry
Researchers in Brazil have shown that LiMn2O4 recovered from spent lithium-ion phone batteries acts as a stable, highly reusable adsorbent ...
Researchers in Brazil have shown that LiMn2O4 recovered from spent lithium-ion phone batteries acts as a stable, highly reusable adsorbent ...
Heriot-Watt University and Take Root Bio have developed a bio-based process that converts salty whey, a costly dairy by-product generated ...
A systematic review identifies a distinctive Asian Hybrid Transition Model in which digital tools, biotechnology, and circular economy principles are ...
A new review shows that sugarcane bagasse, the sugar industry's largest waste stream, can be biologically converted into high-value rhamnolipid ...
A systematic review of 110 studies finds that circular fashion innovations consistently stall between technology readiness levels 4 and 6 ...
Mexican researchers have engineered oyster mushroom mycelium composites from oak sawdust, wood chips, and corn cob, showing how substrate formulation ...
A new EU-wide study shows that controlled composting, application-driven product design, and biochar-based carbon strategies can turn horse manure from ...
A new Nature Sustainability study has built the first comprehensive facility-level emissions inventory of global petrochemical production, mapping 37,379 plants ...
A Rice University team has developed a ten-second flash Joule heating process that converts toxic fluorine waste into pharmaceutical-grade silver ...
Researchers cloned a Pseudomonas aeruginosa lipase, entrapped it in calcium-alginate beads, and converted waste cooking oil into biodiesel with a ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine