Photosynthesis, as an efficient pathway for solar energy capture and utilization, has supported aerobionts billions of years. The imitation photosynthesis to construct artificial photo-enzymatic-coupling catalysis system become a powerful means solve environmental problems. After years in-depth research on this coupled system, through ingenious rational design, the synergistic effect photo- enz...

Solar energy-induced catalysis has been attracting intensive interests and its quantum efficiencies in plasmon-mediated photothermal (P-photothermal catalysis) external heat-coupled photocatalysis (E-photothermal are ultimately determined by the catalyst structure for photo-induced energetic hot carriers. Herein, different catalysts of supported (TiO2-P25 Al2O3) platinum dots employed photo, th...

In this contribution, a significant catalyst based on spinel ZnMn2O4 composite nanoparticles has been developed for electro-catalysis of nitrophenol and photo-catalysis of brilliant cresyl blue. ZnMn2O4 composite (hetaerolite) nanoparticles were prepared by easy low temperature hydrothermal procedure and structurally characterized by X-ray powder diffraction (XRD), field emission scanning elect...

This review focuses on our research findings about efficiency of different nano materials synthesized by us for photocatalytic hydrogen production from industrial wastes. Lab-scale reactors were fabricated liquid phase alkaline waste streams and gaseous sulfide. The effects operating parameters namely pH, flow rate, light intensity, depth, sulfide sulphite concentration investigated 7 photocata...

After short introducing the crucial role of e-fuels to meet net-zero emissions targets, this perspective paper discusses differences between reactive catalysis (electro-, photo- and plasma-catalysis, with focus on first for conciseness) thermal used at most. The main point is evidence that progress in producing e-fuels, gap not terms scaling-up pilot testing, but rather fundamental needs turn c...

• Development of advanced separation processes for the treatment wastewater. Phytoremediation process is a cost-effective environmental restoration technology. nanocomposites wastewater treatment. Photo-catalysis cutting-edge oxidation technology Propensity methods. Globally, problem pollution considered to be one main cause water scarcity, as it common waste dumped in streams and rivers. This ...