Today, the development of new self-supporting electrode materials with high porosity and excellent degradation properties is great importance for removal dye pollutants. Herein, this work synthesized nanoporous nickel@nickel oxide (np-Ni@NiO) containing an amorphous alloy in middle interlayer. The structure endowed more active sites facilitated ion/electron transport. electrochemical surface ar...

Reducing CO2 net emissions is one of the most pressing goals in tackling current global warming emergency. Therefore, development carbon recycling strategies has resulted application heterogeneous catalysts toward electro/photocatalysis reduction into hydrocarbons with potential reusability. Their morphology among properties that affect performance and selectivity towards this reaction. Nanostr...

A great challenge in electro-Fenton processes is the development of active heterogeneous catalysts at circumneutral or even basic pH order to avoid acidification wastewater effluents and generation an undesirable metallic sludge after treatment. In this work, LaCu0.5Mn0.5O3 perovskite has been assessed as catalyst for removal methylene blue dye model pollutant. The tested a wide range pH, from ...