Iranian energy officials confirmed that technical crews have successfully restored 50% of the damaged production capacity at South Pars. The strategic gas field suffered significant structural and operational damage following a major military airstrike in March. Deputy Oil Minister for Planning Ahmad Zeraatkar announced this substantial milestone at the end of the Iranian month of Shahrivar. Furthermore, state engineers have successfully resumed vital energy extraction activities within the newly repaired processing sectors.
This major technical achievement aligns directly with predetermined restoration schedules established by state energy planners. Officials emphasized that technical teams completed detailed inspections and efficiently replaced damaged pipeline infrastructure. Additionally, maintenance crews cleared heavy debris and systematically repaired damaged onshore gas refining units across affected operational areas. Consequently, domestic natural gas output continues to expand steadily ahead of peak winter demand cycles.
Energy administrators maintain strong confidence that field performance will continue recovering rapidly over the coming months. As the primary source of more than 70% of national gas supplies, South Pars powers domestic heating grids, electricity generation, and major industrial operations. Therefore, rapid infrastructure restoration remains a vital economic priority to prevent severe energy shortages across urban centers. State authorities previously reported reaching 40% capacity in late August before achieving this latest milestone.
Looking forward, the Oil Ministry plans to complete all remaining reconstruction projects before winter arrives in full force. Technical personnel are actively overhauling additional processing units to restore full operational capacity as quickly as possible. Maintaining stable natural gas supplies remains a crucial priority for domestic heating, power plants, and industrial manufacturing. Therefore, state engineers will continue working to safeguard key energy infrastructure against future operational disruptions.