Rizkinia Afifatuz Zahroh, Universitas Prabumulih, Indonesia This study aims to evaluate the management of  coal quality control at seams A, B, and C in the Pit and ROM area of PT Priamanaya Energi Lahat, South Sumatra. Coal quality control is crucial to keep product specifications in accordance with company standards, especially in terms of ash, sulfur, and calorific value. The research method used is  quantitative descriptive, with data collection techniques through direct observation, informal interviews, documentation, and laboratory data analysis. The quality control activities  observed included channel sampling, installation of barrier stakes, visual inspection of coal characteristics, and coal cleaning activities  using excavators to clean coal from impurities directly in the pit area. After the coal is transferred to the ROM, quality control is continued through stack separation based on seam quality, where seams A and B are stacked in the ROM of block A, while seam C which has a higher sulfur content is placed in the ROM of block C. This process also includes handpicking, resizing activitiescoal measuring >30 cm, as well as new dumping monitoring to prevent contamination between piles. The results of the analysis showed that seams A and B were of better quality than seam C, with lower ash and sulfur content and higher caloric values. Quality control  management from Pit to ROM has proven to be effective in maintaining coal quality, especially when each stage of supervision is carried out based on the characteristics of each seam. Pile separation, corrective actions in the field, and visual supervision are key in preventing mixing and degrading coal quality.