Some of the most useful and versatile material today are metal-organic frames (MOF). MOFs are a class of materials that reflect structural diversity, high forex, luxurious optical and electronic features that offer a wide variety of applications including gas capturing, separation, sensors and photocatalysis.

Because MOFs are so versatile as their structural design and benefits, the material scientists are currently in their chemical programs. One of these is photographic, a process where light sensitive materials are light on light. Absorbable excess energy dislocates electrons in their atomic orbits, leaving behind "electronic holes." The formation of such electronic hole waters is a decisive process in any light energy process and, in this case, the MOF is influenced by various chemical reactions.

Scientists under the guidance of EPFL Sion, Kyriakos Stylianou's molecular simulation laboratory has prepared a MOF system that can perform not only one but two types of photocatalysis simultaneously: producing hydrogen and cleaning pollutants outside the water. The material contains abundant and affordable nickel phosphate (Ni2P) and has shown effective photocatalysis in visible light, which is 44% of the sun's surface.

The first type photocatalysis, hydrogen production, includes a reaction called "Water Splitting." As the name suggests, the reaction separates water molecules into their composition: hydrogen and oxygen. Here is one of the biggest programs for fuel cells that use power supplies in different technologies, including satellite and space.

The second type of photoclazzle is referred to as "organic pollutant degradation" which concerns the devastating processes in the water. Scientists have researched this innovative MOF-based photocatalytic system to degrade toxicity Rhodamine B, which is usually used in the simulation of organic contaminants.

Scientists have studied both test sequences and show that the MOF-based photocatalytic system could simultaneously integrate hydrogen photocatalytic generation with the degradation of Randamine B. This means that it is possible to use this photocatalytic system as a pure water pollutant outside the water, while simultaneously producing hydrogen can be used as fuel.

"This noble metal-free photocatalist system brings practical" solar oriented "applications closer to photochemical field and is a huge potential for MOF in this area," says Cyrilano Stilinho.

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Materials provided Ecole Polytechnique Federal de Lasana. Note: Edit content for style and length.

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