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The coal industry plays a pivotal role in the global energy supply chain, yet it faces increasingly severe challenges related to production safety, environmental sustainability, and operational efficiency. Coal remains a critical energy resource for many countries, and ensuring its safe extraction, processing, and utilization throughout the entire industrial chain is of paramount importance. Key issues such as deep mine safety engineering, multi-field coupling mechanisms in coal seams, and the prediction and prevention of coal-gas compound dynamic disasters are at the forefront of current research and technological innovation. Concurrently, advancements in mineral processing and utilization are essential for enhancing the sustainability and economic efficiency of mining operations. Addressing these challenges is crucial for improving productivity and safety in mining operations while minimizing risks to personnel and infrastructure. This Reprint on "Advances in Coal Processing, Utilization, and Process Safety" presents high-quality research on the latest developments in mine safety engineering, coal seam gas migration theory, mineral processing, and utilization technologies. It explores new methods, models, and technologies that enhance process safety and provide predictive insights into potential risks in coal mining and mineral processing. Topics covered include mine pressure and surrounding rock control, coalbed methane migration, dynamic disaster monitoring and early warning, and coal utilization and environmental governance.
