A new HCNFF–AQAI-Net framework predicts ZnO-modified Fe₂O₃ nanoparticle performance with 98.88% accuracy and automatically optimizes synthesis for wastewater treatment.
A systematic review in Applied Water Science surveys metal oxide semiconductor photocatalysts for degrading synthetic dyes in wastewater, highlighting laboratory ...
Researchers in Algeria used xylene solvent extraction to recover 96.11% of the oil from crude oil storage tank bottom sludge ...
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 ...
A CaTiO3-β zeolite and Fe2O3-modified porous ceramsite composite achieved 85.4% UV-Vis-monitored apparent photo-Fenton degradation of 40 mg/L phenol at pH ...
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 ...
Textile dyeing is one of the most water-hungry and color-polluting industries on the planet. Every batch of fabric that leaves ...
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