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ORNL Names Kate Evans Associate Lab Director for Biological, Environmental Systems Science
12+ min ago (160+ words) The Department of Energy's Oak Ridge National Laboratory has named Katherine (Kate) Evans as associate laboratory director for the Biological and Environmental Systems Science Directorate (BESSD)....
What seemed like common raw material became a key laboratory component in China and can now fuel a new generation of medicinal molecules, by transforming cheap coal-related compounds into rare substances used in medicines, pesticides, and high-value chemistry.
5+ hour, 49+ min ago (637+ words) A scientific discovery made in China could open a new path for the production of substances essential to modern medicine. Researchers led by Jiao Ning, from Peking University, developed a simpler method to transform olefins, abundant and inexpensive compounds, into…...
New ionic material captures seven times more CO2 from emissions
1+ hour, 32+ min ago (403+ words) Researchers improve CO2 adsorption sevenfold by changing anion size in polyionic liquids. Researchers in Japan have developed a new carbon capture material that absorbs significantly more carbon dioxide simply by changing the size of its counter anions. The joint research team…...
Iron oxide fractionation alters the biodegradability of dissolved organic matter: molecular dynamics and microbial interactions
4+ hour, 29+ min ago (60+ words) Eurek Alert! Iron oxide fractionation alters the biodegradability of dissolved organic matter: molecular dynamics and microbial interactions Yuzhen Liang, Tongxin Liu, Zishan Cen & Zhenqing Shi More on this News Release Iron minerals help decide whether dissolved organic matter becomes microbial…...
Old battery acid helps convert plastic into industrial chemicals
3+ hour, 11+ min ago (423+ words) Cambridge scientists use sunlight, battery acid, and plastic waste to make industrial chemicals with 99% yield. Researchers at the University of Cambridge have developed a sunlight-powered process that uses old car battery acid and plastic waste to produce valuable industrial chemicals…...
Machine learning and multi-objective optimization boost PEMFC cold-start performance with cathode catalytic heating
5+ hour, 48+ min ago (552+ words) Researchers have developed an integrated strategy combining cathode catalytic H-O reaction heating, machine learning, and multi-objective optimization to significantly improve the cold-start performance of proton exchange membrane fuel cells. At -20 "C, the approach achieves a temperature rise exceeding 30 "C without…...
University of Tehran Develops Cu Bi'S/Al'WO/Ti'C' Photocatalyst for Nitrate, Carbon Dioxide, and Water Reduction Using Visible Light
5+ hour, 57+ min ago (33+ words) geneonline. com Newsflash | Powered by Gene Online AI Date: May 8, 2026...
Iron Minerals Determine Whether Dissolved Organic Matter Fuels Microbes or
4+ hour, 53+ min ago (973+ words) In the intricate web of global carbon cycling, dissolved organic matter (DOM) represents a vital, yet enigmatic component. Found abundantly in soils, freshwater ecosystems, wetlands, and sediments, DOM comprises a complex suite of carbon-containing molecules that play a multifaceted role…...
Biochar-Based Material Emerges as a Promising Solution for Uranium
2+ hour, 44+ min ago (851+ words) Extraction from Seawater Bioengineer. org Biochar-Based Material Emerges as a Promising Solution for Uranium Extraction from Seawater A groundbreaking advancement in the quest to harness the vast uranium reserves dissolved in seawater has emerged from a team of innovative researchers....
Multiscale modeling and operational challenges in autothermal CO-to-methanol reactors
5+ hour, 48+ min ago (500+ words) The design and industrial application of autothermal reactors for CO-to-methanol synthesis face significant challenges due to multiscale transport phenomena, intrinsic multi-stability, and difficulties in scaling from laboratory to industrial scales. This review highlights the need for advanced modeling approaches, particularly…...