Halliburton Energy Services, Inc.

Clifford Allen

Loc Phuc Lang

Brian Williams Cho

Jonathon Najib Joubran

Kjetil Oeien Borgersen

Bona Prakasa

Injection into a subterranean formation is optimized using a computation model to optimize injection. An optimization objective is to maximize the cumulative fluid mass rates injection that span over the remaining life of the field, while maintaining a dense or supercritical phase and operating within the equipment operational parameters. The phase at each location may be determined based on pressure and temperature, and flow is dynamically adjusted to maintain a phase having at least a threshold density of the carbon dioxide injected at each injection location.

Phase control for subterranean carbon capture, utilization and storage

The disclosed embodiments include multilateral completion systems and methods to deploy multilateral completion systems. A multilateral completion system includes a main bore completion having an inductive coupler, a lateral completion having an inductive coupler, and a second lateral completion also having an inductive coupler. The multilateral completion system also includes a junction having an inductive coupler, and a second junction having an inductive coupler. The multilateral completion system further includes a final completion having a first inductive coupler electrically connected to the inductive coupler of the main bore completion, a second inductive coupler electrically connected to the inductive coupler of the lateral completion, a third inductive coupler configured to couple to the inductive coupler of the second junction, and an electrical conduit running through an inner diameter of the junction, whereby the main bore completion, the lateral completion and the second lateral completion are all electrically connected in parallel.

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Spring, TX, United States of America

Clifford Allen