Sustainable self-powered degradation of antibiotics using Fe3O4@MoS2/PVDF modified pipe with superior piezoelectric activity: Mechanism insight, toxicity assessment and energy consumption

Correction and new understanding of the reactivity of illuminated tungsten trioxide in the dark: antecedents and consequences of photo-storage electrons triggering Fenton reactions

“…7d) of DNBP intuitively showed the location with red color of negatively charged centers in the molecule. 54 The two nitro groups are directly attached to the benzene ring and have a higher surface electron cloud density, thus making them susceptible to attack by species with strong oxidizing capacity. 55,56 According to the Fukui indices of the DNBP molecule shown in Fig.…”

Research Progress on the Degradation of Organic Pollutants in Wastewater via Ultrasound/Periodate Systems: A Review

“…The substantial presence of IO 3 − mechanistically influences the degradation of organic matter; consequently, meticulous monitoring and precise quantification are imperative to ensure compliance with water quality safety standards and regulatory mandates. Presently, an array of established analytical techniques is employed for the identification and quantification of IO 3 − , ranging from traditional UV–visible and molecular absorption spectroscopy to contemporary ion chromatography and electrochemical detection methods, as well as titration techniques and the innovative laser-induced breakdown spectrometry (LIBS), all adept at accurately assessing the IO 3 − concentrations in water samples [ 32 ]. While the World Health Organization has yet to establish a discrete limit for iodate in drinking water, it advocates that the aggregate iodine content, including iodate among other forms, should not surpass 150 µg/L to mitigate health risks associated with excessive iodine consumption.…”

Recent Trends in Transition Metal Phosphide (TMP)-Based Seawater Electrolysis for Hydrogen Evolution

“…Although freshwater makes up only 3.5% of the world's water resources, freshwater electrocatalytic splitting is regarded as a safe and effective way to generate adulterated H 2 [5]. Therefore, piezoelectric catalytic wastewater degradation may be achieved by utilizing the energy generated by water flow and low-frequency mechanical energy [6,7]. Several approaches for H 2 production and H 2 chemical materials storage have been established, but discovering an effective and secure method for H 2 production is still required.…”