Affiliation:
1. Institute of Physics, Khwaja Fareed University of Engineering and Information Technology, Rahim Yar Khan, Pakistan
Abstract
Energy and environment are two of the most important issues of our time on a worldwide scale. Photocatalysis is the most environmentally friendly answer to these issues. Perovskite-based materials have sparked attention due to their low cost and lack of toxicity. Substitutable solar energy and semiconductor photocatalytic technologies are two of the most essential ways to reduce or avert global catastrophes and energy concerns. It is estimated that over one thousand different materials such as KGaO3 and RbMg2Ti3O10 have been tested for their potential as photocatalysts recently. Among the many endeavors, the production of photocatalysts is seen as a crucial technique for using solar energy for long-term energy and environmental reasons. Many photocatalysts (RbGaO3) have previously been combined. A photoelectrochemical cell is a device that converts light to electricity via a photoelectrochemical reaction. The sun is the major source of our power. Clean hydrogen energy is generated by a photocatalyst, which removes both inorganic and organic contaminants from water. Photocatalysts that operate over the whole solar spectrum have been developed as a result of significant advances in this area. Among the various materials that have been produced so far, single- and double-perovskite-based materials have received a lot of attention.