The proximate analysis of coal is a fundamental procedure used in assessing the quality, characteristics, and usability of coal as a fuel. This analysis provides essential information regarding the composition of coal and its behavior during combustion, which is critical for industries like power generation, steel manufacturing, and cement production. Proximate analysis primarily determines four key parameters: moisture content, volatile matter, ash content, and fixed carbon. Each of these components plays a crucial role in understanding the energy potential and combustion properties of coal. Moisture content in coal refers to the amount of water present within the coal, both as free moisture and inherent moisture bound within the coal matrix. Moisture significantly affects the heating value of coal because it does not contribute to energy release but instead consumes energy during vaporization when the coal is burned. Proximate analysis typically measures moisture content by heating a weighed sample of coal in an oven at a controlled temperature, usually around 105 to 110°C, for a specified period until a constant weight is achieved. The loss in weight corresponds to the moisture content. High moisture coal, such as lignite, tends to have lower heating value and is less efficient for combustion compared to low-moisture coals like anthracite. Accurate determination of moisture is essential for proper furnace design, transportation, and energy calculations in thermal power plants. Volatile matter is the fraction of coal that is released as gases or vapors when coal is heated in the absence of air at high temperatures, typically around 900°C. This fraction includes a variety of organic compounds such as hydrocarbons, carbon dioxide, carbon monoxide, hydrogen, and other gases. Volatile matter is crucial because it affects the ignition characteristics and flame stability of coal. Coals with high volatile matter, such as bituminous and sub-bituminous coals, ignite