Abstract: A completion assembly includes an upper liner and a lower liner, a wellbore completion component that interposes the upper and lower liners, a sliding sleeve arranged within the wellbore completion component and providing a projectile seat on an uphole end of the sliding sleeve, and a dissolvable pipe plug secured within an aperture defined in the wellbore completion component and extending at least partially through the sliding sleeve, wherein the dissolvable pipe plug holds the sliding sleeve in a first position until the pipe plug dissolves.

Abstract: A completion assembly includes an upper liner and a lower liner, a wellbore completion component that interposes the upper and lower liners, a dissolvable pipe plug secured within an aperture defined in the wellbore completion component, and a dissolvable projectile seat arranged adjacent the wellbore completion component.

Abstract: A bridge plug includes a mandrel, a setting cone disposed at least partially about the mandrel, a slip ring and a sealing element disposed at least partially about the setting cone, and a guide shoe operatively coupled to a downhole end of the mandrel. The bridge plug is actuatable from a run-in state to a deployed state, wherein, when the bridge plug is in the deployed state, the mandrel is axially movable relative to the setting cone to seal or open a flow path through the bridge plug.

Abstract: A bridge plug includes a mandrel, a setting cone disposed at least partially about the mandrel, and a slip ring and a sealing element disposed at least partially about the setting cone. A guide shoe is operatively coupled to a downhole end of the mandrel and the bridge plug is actuatable from a run-in state to a deployed state. When the bridge plug is in the deployed state, the mandrel is axially movable relative to the setting cone to seal or open a flow path through the bridge plug.

Abstract: A bridge plug includes a mandrel, a setting cone disposed at least partially about the mandrel, and a slip ring and a sealing element disposed at least partially about the setting cone. A guide shoe is operatively coupled to a downhole end of the mandrel and the bridge plug is actuatable from a run-in state to a deployed state. When the bridge plug is in the deployed state, the mandrel is axially movable relative to the setting cone to seal or open a flow path through the bridge plug.

Abstract: A completion assembly includes an upper liner and a lower liner, a wellbore completion component that interposes the upper and lower liners, a dissolvable pipe plug secured within an aperture defined in the wellbore completion component, and a dissolvable projectile seat arranged adjacent the wellbore completion component.

Abstract: A completion assembly includes an upper liner and a lower liner, a wellbore completion component that interposes the upper and lower liners, a dissolvable pipe plug threaded into the wellbore completion component, and a dissolvable projectile seat arranged adjacent the wellbore completion component.

Abstract: A bridge plug includes a mandrel, a setting cone disposed at least partially about the mandrel, and a slip ring and a sealing element disposed at least partially about the setting cone. A guide shoe is operatively coupled to a downhole end of the mandrel and the bridge plug is actuatable from a run-in state to a deployed state. When the bridge plug is in the deployed state, the mandrel is axially movable relative to the setting cone to seal or open a flow path through the bridge plug.

Abstract: A completion assembly includes an upper liner and a lower liner, a wellbore completion component that interposes the upper and lower liners, a dissolvable pipe plug threaded into the wellbore completion component, and a dissolvable projectile seat arranged adjacent the wellbore completion component.