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Abstract

Oxy-coal combustion has emerged as a forefront technology in the pursuit of cleaner energy, offering the potential for efficient carbon capture and storage. This article delves into the intricate realm of oxy-coal combustion modeling, specifically focusing on a semi-industrial scale. Through a meticulous evaluation of computational models against realworld data, we seek to assess the efficacy of these models in capturing the complexities inherent in semi-industrial oxy-coal combustion processes. This comprehensive examination not only refines theoretical frameworks but also provides crucial insights for optimizing oxy-coal combustion systems at a scale that mirrors practical applications [1].