Phenolic compounds pose a significant hazard in water bodies due to their widespread
presence. Among these, nitrophenol (NP) stand out as a distinct class of phenolic …

One of the most basic human needs today is access to safe and pollutant-free water.
Extensive pollution from industries and their destructive effects requires that water resources …

The development of efficient photoelectrodes to accelerate photoelectrochemical carbon
dioxide reduction reaction (PEC-CO 2 RR) to obtain value-added chemicals or fuels is …

We observed the impact of reaction time on the electrochemical performance of MnCo 2 O 4
nanoparticles, specifically focusing on the overgrowth of nanoparticles over the …

Nanosheets of chitosan-Schiff base copper complex (CS-Schiff-Cu) were synthesized by
coordination of Cu2+ with chitosan-salicylaldehyde Schiff base. Then, nanoparticles of …

Radioactive iodine, particularly 129 I, is one of the most hazardous radioisotopes found in
deep geological repositories for high-level radioactive waste (HLW). This study investigated …

In this study, both vanadium and copper elements were anchored on graphitic carbon nitride
(gCN)(denoted as V/Cu/gCN) via a thermal decomposition process as a novel nanosheet …

Multiphase nanomaterials are fascinating due to the synergistic effect between the
crystalline phases that lead to improved device performance. Publications are available for …

Recently, photocatalysis has been a promising technology for removing pharmaceutical
antibiotics due to low energy utilization and cost-effectiveness. In this study, hematite Fe 2 O …

Photoelectrochemical CO 2 reduction reaction (PEC-CO2RR) into multicarbon (C 2 and C 3)
products is one of the most favorable paths for converting and utilizing atmospheric CO 2 …