The reliability of the system of gauging an LNG storage tank "WHESSOE 1146"

Abstract

This study investigates the reliability calculations of the WHESSOE 1146 gauging system used for LNG (Liquefied Natural Gas) storage tanks, an area of paramount importance given the sensitivity of these systems and their critical role in ensuring the production and safety of industrial facilities. Precise gauging of LNG tanks is essential not only for the safety of the facilities but also for preventing leaks and facilitating optimal storage management. The reliability of gauging systems is vital for ensuring measurement accuracy, minimizing accident risks, and maximizing operational efficiency. This research presents mathematical models and analytical techniques to evaluate the probability of system failure, considering various influencing factors such as environmental conditions, equipment quality, and maintenance processes. The significance of this study extends to its substantial implications for the safety of LNG storage facilities, which are crucial to the national energy supply. By optimizing the reliability and accuracy of these systems, we not only enhance the safety of workers and surrounding communities but also support the economic and energy stability of the country. Minimizing the risk of operational incidents fortifies the sector's ability to comply with safety standards and ensure business continuity. Furthermore, improving the reliability of the WHESSOE 1146 metering system at Skikda’s LNG storage tank can yield considerable cost savings by reducing gas losses and extending equipment lifespans. Therefore, this study plays a vital role in ensuring the safety and efficiency of LNG storage facilities, ultimately contributing to the economic prosperity and energy security of the nation.