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BIOENGINEER.ORG - Bioengineering
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- Aug 15, 2026earliest in window
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News
Recycling PFAS Waste Into Silver Fluoride for Cleaner Chemistry
1+ day, 9+ hour ago (783+ words) Fluorinated waste streams have long been among the most stubborn environmental problems of the industrial age, and few sources illustrate the challenge better than aqueous film-forming foam, the firefighting agent that has contaminated soil and groundwater around airports, military bases…...
Recycled Battery Cathode Material Pulls Toxic Blue Dye from Water Without
1+ day, 17+ hour ago (94+ words) The blue dye that colors denim, candies, and medicines may soon face an unexpected adversary: the discarded remains of old cellphone batteries. In a study published in Discover Industrial Chemistry and Materials, a team of Brazilian researchers led by Eric…...
Atomic Engineering Turns Metallic 2D Materials Into Clean Energy
1+ day, 18+ hour ago (73+ words) A new comprehensive review published in Advances in Industrial and Engineering Chemistry maps out how scientists are transforming an extraordinary class of atomically thin materials into workhorses for the clean energy transition. Two-dimensional transition metal dichalcogenides, or TMDs, are layered…...
Chemists Deploy Palladium to Switch Off and On a Key Amino Acid in Living
1+ day, 19+ hour ago (703+ words) Phenylalanine rarely gets top billing in discussions of molecular biology, yet this unassuming aromatic amino acid quietly underpins some of the most fundamental processes in the cell....
The Slow Drain: Tiny Electronic Currents Threaten Solid-State Battery
1+ day, 21+ hour ago (583+ words) Solid-state batteries have been heralded as the next great leap in energy storage, promising higher energy densities, improved safety and longer lifetimes than the lithium-ion cells that power everything from smartphones to electric vehicles....
AI Model Predicts Biochar Soil Fertility With Unprecedented Accuracy
1+ day, 22+ hour ago (73+ words) A team of researchers has unveiled a machine learning framework capable of predicting one of the most important properties of biochar with remarkable precision, potentially transforming how scientists and industry engineers design carbon-rich materials for agriculture and environmental cleanup. The…...
New Aramid Films Matched to Extreme Environments by Co-Monomer Design
2+ day, 6+ min ago (592+ words) Para-aramid polymers such as poly(p-phenylene terephthalamide), better known by trade names like Kevlar, have long been celebrated for their extraordinary combination of strength, thermal stability and chemical resistance. A fully aromatic backbone locked together by dense intermolecular hydrogen bonding…...
Blow-Spun PVDF–Clay Nanofiber Membranes Strip Lead and Copper From Water
2+ day, 18+ min ago (714+ words) Heavy metal contamination of rivers, groundwater, and industrial effluents remains one of the most stubborn environmental problems of the modern era, and a new study from Brazilian researchers offers a fresh twist on an old idea: using polymer membranes to…...
New polymer glows fluorescent under mechanical stress
6+ day, 8+ hour ago (647+ words) Materials that glow under stress have long been a dream for engineers who worry about the silent failure of plastics, rubbers, and composites....
DFT study of proton transfer and hydrogen bonding in PVA/citric acid
1+ week, 16+ min ago (59+ words) Scientists have unveiled a detailed quantum-mechanical portrait of how phosphoric acid molecules anchor themselves inside proton-conducting polymer membranes, revealing cooperative binding effects so strong that they more than double the stability of a single acid attachment, and demonstrating that water-soaked,…...