Researchers developed a manganese-modified bamboo biochar composite supporting nano zero-valent iron that achieved over 95 percent ciprofloxacin removal through peracetic ...
Researchers developed a bismuth oxyiodide and iron-based framework composite that achieved 99.5 percent degradation of Rhodamine B dye under visible ...
Researchers synthesized a novel nitrogen-rich covalent organic polymer that effectively adsorbs naproxen from aqueous solutions with a maximum capacity of ...
A mixed-valence manganese-chromium layered double hydroxide catalyst achieved 98.3 percent degradation of Rhodamine B under mild Fenton-like conditions.
Researchers developed a radiation-grafted superporous hydrogel that removes toxic hexavalent chromium from aqueous streams with an experimental capacity of 540 ...
Researchers evaluated three cyclodextrin-based polymer metal oxide composite adsorbents for removing crystal violet and basic fuchsin from wastewater.
Co-loading magnetite into electrospun recycled-PET nanofibers recovers tensile strength lost with titanium dioxide alone while maintaining high copper uptake.
A new magnetic nanocomposite of magnetite, anthranilic acid, and chitosan demonstrates high efficiency in removing copper ions from water, with ...
Researchers developed a solar-driven ceramic membrane reactor using southern Tunisian clay functionalized with titanium dioxide to degrade paracetamol in water.
A new polysulfone membrane modified with phytic acid and polyaniline shows superior antifouling and antibacterial properties by enhancing copper ion ...
A new PVDF membrane modified with ZIF-8@g-C3N4 nanohybrids demonstrates enhanced humic acid removal and antifouling performance in ultrafiltration applications.
A study in Environmental Microbiome reveals that eukaryotes, despite low diversity, form consistent and influential associations with bacterial communities in ...
Researchers have synthesized an amorphous magnesium-aluminum coating on aluminum foil using low-cost agricultural precursors, achieving high Escherichia coli removal from ...
A catalytic system utilizing copper-modified sludge and straw biochar to activate persulfate removed 93.3 percent of cefixime from water within ...
Researchers demonstrated that controlling the thermal annealing of anodic titanium dioxide nanotubes creates an anatase-rutile heterophase homojunction that markedly accelerates ...
A bifunctional Cu2O/BiOCl nano-heterojunction synthesized via a low-temperature liquid-phase method enables both sensitive electrochemical detection and visible-light degradation of 4-aminophenol.
A magnetic CdFe2O4–poly(AMPS-co-IA) composite hydrogel removed over 96 percent of malachite green oxalate from water across a wide pH range ...
A novel cellulose acetate and zirconium carbonate composite membrane demonstrates cation-selective behavior and structural stability for water treatment applications.
A review in the Journal of Materials Science examines functionalized poly(vinylidene fluoride) membranes for heavy metal removal, connecting interfacial chemistry ...
A bifunctional gallium oxide and biochar composite successfully concentrated and degraded perfluorooctane sulfonate while achieving 70.5 percent defluorination under ultraviolet ...
