Abstract: A method for an underground gas storage reservoir management may include obtaining feed from a domestic master gas system. The method further includes simultaneously injecting and reproducing in an underground gas storage via a plurality of dual producer and injector wells. The method further includes enhancing the underground gas storage reservoir management to maximize gas and condensate recovery. The method further includes improving a switching cycle between dual operation modes in the underground gas storage for faster reaction times through a completely segregated injection and reproduction lines.

Abstract: Systems and methods include a computer-implemented method for optimizing supply, demand, and storage of gas. Project definitions for multiple projects of a sales gas supply-demand-storage operation are received by an optimization system configured to optimize gas supply, demand, and storage across the multiple projects. Current values including a date, a supply request, and a demand request are received by the optimization system for each project of the multiple projects. An analysis of the sales gas supply-demand-storage operation is performed by the optimization system using the project definitions and the current values. The analysis includes performing initial injections and production for the multiple projects based on surpluses and deficits.

Abstract: A method for an underground gas storage reservoir management may include obtaining feed from a domestic master gas system. The method further includes simultaneously injecting and reproducing in an underground gas storage via a plurality of dual producer and injector wells. The method further includes enhancing the underground gas storage reservoir management to maximize gas and condensate recovery. The method further includes improving a switching cycle between dual operation modes in the underground gas storage for faster reaction times through a completely segregated injection and reproduction lines.