The harm that toxic organic pollutants pose to the ecosystem is causing alarm worldwide.
Therefore, using a proper photocatalyst to eliminate these toxins from the aquatic system is …

To determine the priority control sources, an approach was proposed to evaluate the source-
specific contribution to health risks from inhaling PM 2.5-bound heavy metals (PBHMs). A …

Present investigation demonstrates the development and characterization of strontium
titanate (SrTiO3) doped biochar nanohybrid photocatalysts. Biochar nanohybrid was …

SrTiO3 doped with vanadium, iridium, rhodium and chromium possess absorption bands in
the visible light. These bands can be ascribed to the excitation from the discontinuous donor …

Calcium titanate (CTO) photocatalysts were synthesized using a sol–gel method by adopting
a cost-efficient, rapid calcination technique. The CTOs were characterized by X-ray …

Strontium titanate (STO) and its variants have emerged as leading materials in
photocatalysis, particularly for degrading nitrogen oxides (NOx), due to their non-toxic …

Developing highly active and available, environmentally friendly, and low-cost photocatalytic
materials is one of the most popular topics in photocatalytic degradation systems. In the …

A simple and fast synthesis of highly photocatalytic Ti3+ self-doped SrTiO3 is favorable for
applications. In this paper, an electrochemically assisted ultra-fast synthesis of Ti3+ self …

Strontium titanate photocatalysts were doped with rhodium (0, 1, 5, 10, and 15 at%) via a
hydrothermal method to enhance their visible light absorbance. The samples were …

Abstract The (100) surface of SrTiO 3 is inefficient for solar photocatalytic performance
because its wide bandgap restricts the response to visible light. The effects of the different …