Oxidation reaction with minimal environmental impact. It helps to reduce waste in chemical processes in industries with less impact on the environmental
Sustainable catalytic oxidation is a broad term encompassing chemical processes that use catalysts to oxidize molecules in an environmentally friendly way. It's a key area in green chemistry, aiming to replace traditional oxidation methods that are often energy-intensive, generate harmful byproducts, or rely on toxic reagents.
Sustainable catalytic oxidation is the process of converting pollutants or undesirable compounds into less hazardous products by chemical processes aided by a catalyst, with a focus on minimising environmental effect and fostering sustainability. Using a material (catalyst) that can quicken a chemical reaction without being consumed is known as catalysis.
When a substance undergoes an oxidation reaction, it usually results in the addition of oxygen and the loss of electrons. Applications of sustainable catalytic oxidation include the elimination of contaminants from the air and water.
Sustainable catalytic oxidation is a process that involves the formation of strong oxidizing radicals that can eliminate pollutants from wastewater. The main objective of this process is to convert synthetic dyes into benign products.
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