لخّصلي

In order to optimize the productivity of the Mishrif formation in the Al-Fakkah field, this investigation suggests the implementation of a Hydraulic Acid Fracturing treatment.The Mishrif formation's productivity has been substantially enhanced by this comprehensive approach.The maximum horizontal stress extends in a direction ranging from NE 20-80 degrees.To evaluate parameters such as fluid efficiency and fracture complexity, the MiniFrac treatment entailed injecting 150 barrels of #30 cross-linked gel at a rate of 25 barrels per minute, followed by an overflush with 30# linear gel.The paper meticulously documents all procedures before and after the treatment, emphasizing the importance of meticulous oversight to ensure safety, efficiency, and comprehensive documentation.Acid fracturing, a prevalent method for low-permeability limestone reservoirs, is advised.

In order to optimize the productivity of the Mishrif formation in the Al-Fakkah field, this investigation suggests the implementation of a Hydraulic Acid Fracturing treatment. The treatment is required as a result of the inadequate formation permeability and asphaltene deposition, which have resulted in declining flow rates and wellhead pressure. Previous solvent cleaning and acidizing attempts were unsuccessful in resolving this issue. Acid fracturing, a prevalent method for low-permeability limestone reservoirs, is advised. The paper meticulously documents all procedures before and after the treatment, emphasizing the importance of meticulous oversight to ensure safety, efficiency, and comprehensive documentation. To evaluate parameters such as fluid efficiency and fracture complexity, the MiniFrac treatment entailed injecting 150 barrels of #30 cross-linked gel at a rate of 25 barrels per minute, followed by an overflush with 30# linear gel. The stability and compatibility of these fluids were confirmed through laboratory tests. An effective etched fracture length of 109 meters, an acid height of 41 meters, and a mean etched width of 0.195 inches were all indicated by the simulation results. Additionally, the average fracture conductivity was 285 millidarcy-feet. The peak surface treating pressure was 9,190 psi, and the peak injection rate was 25 barrels per minute. These were the operational parameters. To guarantee an optimized treatment, High Precision Temperature logs were implemented post-fracturing to monitor the thermal response. The Mishrif formation's productivity has been substantially enhanced by this comprehensive approach.The maximum horizontal stress extends in a direction ranging from NE 20-80 degrees.