Finding new technologies and materials that provide real alternatives to the environmental
and energy-related issues represents a key point on the future sustainability of the industrial …

Photocatalytic NO removal is limited by many factors, such as high recombination rate of
photogenerated charge carriers and secondary pollution caused by incomplete oxidation …

Semiconductor materials containing bismuth have attracted the attention of researchers over
the past several decades, as a result of their high photocatalytic activity in various reactions …

This work is devoted to the study of water purification from organic pollutants using new
environmentally safe photocatalysts capable of using solar insolation to oxidize organic …

This article revisits the properties of BaBiO3 examined extensively in the last two decades
because of its electronic properties as a superconductor and as a semiconductor …

In this work, novel heterostructured SrTiO 3/SrCO 3 (STO/SCO) interface was constructed via
the one-pot gC 3 N 4 (CN) self-sacrificing hydrothermal strategy. The as-developed …

Direct heterogeneous catalysis is conducted to decontaminate antibiotic polluted water for
the first time. Perovskite-structured composites La x Sr (1-x) CoO 3-δ (LSC) are synthesized …

A combination of adsorption and photocatalysis is a promising method to degrade organic
pollutants. Herein, the work adopts SrTiO 3 semiconductor coupled with insulator SrCO 3 via …

Constructing the efficient photocatalytic systems to convert wastewater into valuable H 2 O 2
chemical while removing toxic pollutants is a very promising strategy for solving the energy …

To expand the range of application of insulating calcium carbonate (CaCO 3), we combined
CaCO 3 with narrow bandgap cadmium sulfide (CdS) with the chemical precipitation method …