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 comprehensive scientific review outlines the complex molecular architecture, biosynthetic mechanisms, and cross-sector applications of natural melanin.
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 new HCNFF–AQAI-Net framework predicts ZnO-modified Fe₂O₃ nanoparticle performance with 98.88% accuracy and automatically optimizes synthesis for wastewater treatment.
A DFT-based mini-review identifies tungsten-modified graphitic carbon nitride, with an adsorption energy of -3.104 eV, as the strongest computational candidate ...
A new review maps the state of carbon-dot-containing sustainable polymer composites, from synthesis and processing to applications and commercialization barriers.
A systematic review of 196 studies finds that Industry 5.0-enabled nanocatalysts show strong single-matrix pollution removal, but integrated air-water-soil remediation ...
Sol–gel synthesized SrV2O6 nanoparticles achieved 3.14 Wh/kg energy density and degraded up to 94% of organic dyes under light, a ...
Researchers have developed recoverable chitosan-based hydrogel beads embedded with a zirconium metal-organic framework and reduced graphene oxide that remove nearly ...
Per- and polyfluoroalkyl substances, better known as PFAS, have earned the nickname "forever chemicals" for good reason. Their carbon–fluorine bonds, ...
A lanthanum-modified metal-organic framework from the University of Pittsburgh captures PFAS, arsenic, and lead simultaneously, with Langmuir capacities up to ...
Mexican researchers show that glycine concentration tunes the crystallite size, particle growth, surface charge, and thermal behavior of zero-valent iron ...
A new critical review maps how light-activated photonanozymes are engineered, what they can catalyze, and the hurdles standing between laboratory ...
A new review explains how carbon dots convert light into heat and reactive oxygen species, and what stands between these ...
A new review maps how mineral-silica composites are synthesized and deployed across environmental remediation, catalysis, pigments and superhydrophobic coatings.
Researchers converted invasive Rhus typhina biomass into a nano-magnesium oxide modified pyro-hydrochar that removes fluoride from water with record-setting capacity ...
A new Perspective argues that electrically and magnetically driven active colloids should be understood as distributed micromachines whose power, sensing, ...
In recent years, environmental pollution due to synthetic dyes has emerged as a significant concern. One such dye, methylene blue ...
In recent years, the quest for sustainable food sources has led scientists and environmentalists to reexamine the untapped potential of ...
