Saudi Arabian Oil Company

Moataz Mohammad Alharbi

Guadalupe Adrian Buenrostro Mendoza

Hussain A Saeed

A system includes production tubing, a first packer, a second packer, one or more first ports, and one or more first conduits. The production tubing extends downhole through multiple subsurface formations including a first formation and a second formation that are gas-bearing formations and a third formation separating the first formation and the second formation. The first packer is positioned in the third formation. The second packer is positioned uphole of the formations. The one or more first ports extend through the production tubing downhole of the first packer. The first ports are movable between an open configuration and a closed configuration. The one or more first conduits extend from a first opening in an outer surface of the production tubing to a second opening in the outer surface of the production tubing, with a first valve positioned between the first opening and the second opening.

Producing hydrocarbons from multiple formations

A method may include generating a first well intervention plan for a well site automatically based on a predetermined scheduling criterion. The first well intervention plan is generated using a first set of data inputs regarding one or more well intervention providers and one or more well conditions. The method may further include obtaining first well data regarding the well site. The method may further include adjusting the predetermined scheduling criterion to produce an adjusted scheduling criterion using the first well data. The adjusted scheduling criterion corresponds to a second set of data inputs that are different from the first set of data inputs. The method may further include generating a second well intervention plan for the well site based on the adjusted scheduling criterion. The method may further include transmitting a command to the well site that adjusts well operations based on the second well intervention plan.

Method and system using machine learning for well operations and logistics

System, methods, and devices for simultaneously fracturing a target formation and an adjacent secondary formation are disclosed. The simultaneous fracturing operations interfere with each other to form in-situ dynamic barriers. The in-situ barriers prevent acid from the fracturing treatment in the target formation from invading the secondary formation and, in some instances, sealing formation rock at the location of the in-situ barrier to prevent or reduce water movement from the secondary formation into the primary formation.

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Udhailiyah, Saudi Arabia

Moataz Mohammad Alharbi