Dirt-cheap trio of natural materials strips phosphorus from polluted water
Researchers have created a biochar-laterite-bentonite composite that removes phosphorus from water efficiently without rare-earth or heavy-metal modifications.
Researchers have created a biochar-laterite-bentonite composite that removes phosphorus from water efficiently without rare-earth or heavy-metal modifications.
An optimized electrochemical-Fenton process removed over 91 percent of hexavalent chromium and 96 percent of COD from real Indian tannery ...
Researchers in India have created a one-step iron, iron oxide and carbon nanocomposite that removes up to 88 percent of ...
Three lead-tolerant Gram-positive bacteria persistently found downstream of a West Bengal tannery complex can remove up to 58.4 percent of ...
A gamma radiation-grafted terpolymer captures zirconium and yttrium from acidic solutions with high capacity and separates the two metals using ...
Egyptian researchers found that Chrysanthemum indicum flower extract inhibits sulfuric acid corrosion of API 5L X70 pipeline steel by over ...
Researchers in Brazil have shown that LiMn2O4 recovered from spent lithium-ion phone batteries acts as a stable, highly reusable adsorbent ...
Researchers in Saudi Arabia have created carbon-metal borate-oxide nanocomposites that remove up to 96 percent of Victoria Blue B dye ...
Researchers converted rubber seed shell biomass waste into ionic liquid functionalized activated carbon that captures 3.71 mmol/g of CO2 and ...
Researchers have created a nanomaterial-based sensor that detects Eosin Yellow dye at nanomolar levels while a nickel-copper layered double hydroxide ...
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© 2025 Scienmag - Science Magazine