1013 papers
This study reports the synthesis of a non-toxic, fluorine-free Octaphenyl POSS nanohybrid and its successful application as a durable, hydrophobic coating on polyurethane foam to enable sustainable and effective oil/water separation.
This study demonstrates that biochar derived from *Chlorella* sp. algal biomass, particularly when produced at 600°C, serves as an effective preliminary or supplementary sorbent for removing organic and inorganic contaminants from acidic dairy wastewater, thereby supporting circular economy principles.
This study presents an in-situ polymerized MXene@PDA nanocomposite that, through simple powder dusting, enables the high-resolution, safe, and simultaneous visualization of both latent and aged blood fingerprints on diverse substrates by leveraging supramolecular interactions for superior forensic detection.
This study demonstrates the sustainable green synthesis of CuO-SnO2 composite nanoparticles, characterizing their structure and confirming their significant potential as therapeutic agents through promising in vitro antibacterial, antioxidant, and cytotoxic activities against MCF-7 breast cancer cells, supported by in silico molecular docking analysis.
This study demonstrates that green-synthesized nanoscale zero-valent iron (nZVI) derived from oak leaf extract, when combined with ultrasound and hydrogen peroxide in a sono-Fenton system, effectively degrades sulfasalazine and pharmaceutical wastewater with high efficiency, rapid kinetics, substantial mineralization, and significantly reduced toxicity.
This study demonstrates that a low-cost, sugarcane bagasse-derived biochar functionalized with zinc oxide via zinc hydroxychloride thermal conversion effectively enhances the photocatalytic degradation of paracetamol in water by generating reactive oxygen species, outperforming commercial zinc oxide nanoparticles.
This study demonstrates that chemically activating pyrolyzed waste sludge with either KOH or H₂SO₄ yields distinct, high-value carbon materials with unique morphologies and surface functionalities, thereby validating a sustainable pathway for waste valorization and circular economy applications.
This study demonstrates that micronized, acid-treated hemp noil can be effectively valorized as a sustainable reinforcement in various thermoplastic matrices through interfacial engineering, significantly enhancing the mechanical and thermal properties of the resulting composites.
This study demonstrates that subtle variations in the spacer structure of thiolated polymeric ligands significantly dictate the photophysical properties, stability, and ion-sensing mechanisms of copper nanoclusters, enabling the rational design of responsive luminescent hybrids.
This study demonstrates the valorization of peach pomace by extracting pectin under varying pH conditions and converting it into sodium pectinate to fabricate stable hydrogels with optimal mechanical and optical properties in both calcium and biologically relevant multicationic environments.