The major repairs of the vital equipment at the Sarkhun and Qeshm gas refinery have been completed. Fouad Hamzavi, the CEO of this refinery, emphasized the necessity of maximum and sustainable gas production, stating that these repairs were carried out at the right time and relying on local capabilities.
Preventive Strategies and Emphasis on Chain Repairs
Hamzavi said: "To prevent sudden stoppages during peak consumption periods, a series of repair actions have been implemented in a chain and coordinated manner." He stated that in the first phase, equipment has been prioritized based on importance and historical failure records so that repair resources and facilities can be allocated to equipment whose removal from the cycle directly impacts production capacity.
The CEO of this refinery, referring to the importance of preparing spare parts before the cold months of the year, added: "Even with timely identification of challenges, the lack of parts can prolong downtime and disrupt production."
Digital Transformation and Artificial Intelligence in the Refinery
Hamzavi also announced the pursuit of digital transformation programs focusing on new technologies and operational data analysis. According to him, the development of an artificial intelligence system for the stabilization of gas condensates and the use of process data for performance evaluation and support for operational decision-making are among the actions taken in this area.
He further added: "The move towards digital transformation, focusing on leveraging the capacity of new technologies, from artificial intelligence to process monitoring and operational data analysis, has been pursued."
Hamzavi discussed research and development projects, stating: "These projects focus on operational data and identifying process limitations to optimize processes and reduce operational risks."
The CEO of the Sarkhun and Qeshm Gas Refinery concluded by mentioning a research project on water management and resource recycling, stating: "This project was carried out in 2023 and examines the technical and economic feasibility of recycling materials and treating industrial wastewater."
