Tea Waste Transformed into Magnetic Material That Captures Toxic Chromium
Researchers converted spent tea leaves into a nitrogen- and iron-doped magnetic biochar that removed up to 96.90 percent of hexavalent...
Bethany Barker is a Scienmag editorial specialist profile for Catalysis coverage.
Researchers converted spent tea leaves into a nitrogen- and iron-doped magnetic biochar that removed up to 96.90 percent of hexavalent...
A review finds that tunable perovskite semiconductors could use light-generated reactive species to degrade persistent dyes in wastewater, while highlighting...
A potash alum-catalyzed microwave process produced eleven spiro-benzothiazoles in 20 minutes, highlighting distinct anticancer, antioxidant and antibacterial lead compounds.
A mathematical field built from ionization energy and covalent radius extracts chemical trends from the periodic table and ranks bond...
A CBIMMT-functionalized SBA-15 nano-sorbent concentrated trace cadmium from diverse water samples for sensitive flame atomic absorption analysis.
Researchers combined ultrasound, a biodegradable deep eutectic solvent and artificial intelligence to optimize recovery of antioxidant and iron-chelating compounds from...
Proton-exchange membrane fuel cells could be one step closer to powering heavy-duty trucks, buses and other demanding vehicles for hundreds...
Chemists have reported a new way to build stereodefined allylamines, a class of molecules that sits at the intersection of...
Dissolved organic matter, the invisible mixture of carbon-rich molecules flowing through oceans, rivers, soils and underground aquifers, has just delivered...
A new catalyst can slash the electricity required to destroy toluene pollution by more than 50-fold, according to a study...
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© 2025 Scienmag - Science Magazine