The NSPCL Bhilai ash dam is an important industrial structure located in the Chhattisgarh region of India. It is used for the generation of electrical power, and it is important that the structure remains stable and secure in all conditions. As part of efforts to ensure the safety and stability of this critical structure, a detailed case study was conducted to assess its resistance to seepage forces. The study involved the analysis of a raising scenario and examined the structure's stability in static conditions. The analysis was conducted using advanced computational tools and techniques, and the results were carefully analysed to ensure accuracy and reliability. The findings of the study suggest that the Bhilai ash dyke is highly stable and can withstand significant loads, even in the most challenging conditions. The seepage analysis performed as part of the study also indicates that the structure is highly resistant to water infiltration, which is important for the long-term integrity of the structure. Overall, the results of the study demonstrate that the NSPCL Bhilai ash dam is a highly robust and secure structure that is well equipped to withstand the rigors of industrial operations in challenging environments. This case study highlights the importance of careful structural analysis and ongoing monitoring to ensure the safety and stability of critical infrastructure.