SYNTHESIS OF OXIDE CATALYSTS FOR COMPLETE OXIDATION OF METHANE

Abstract

This article examines the importance of complete methane oxidation and the role of oxide catalysts in this process. Methane, as one of the most stable greenhouse gases, presents a significant ecological challenge, making its complete oxidation an important environmental objective. The chemical stability and high activity of oxide catalysts make them indispensable tools for methane neutralization. The article discusses the primary methods of synthesizing catalysts, highlighting their advantages and unique characteristics. Additionally, it analyzes the broad application scope of these catalysts in ecological systems, industry, and the energy sector. Proposals for improving oxide catalysts, enhancing their applicability, and identifying future innovative directions are presented. This study is considered a vital step towards minimizing the environmental impact of methane by advancing its complete oxidation processes.