Flow management assemblies, methods and well

A tubular assembly comprising:

• an outer load-bearing tubular comprising an electrically controllable valve, the outer load-bearing tubular having a flowpath through a wall thereof;
• an inner tubular inside at least a section of the outer load-bearing tubular, thus defining an annular channel between an inside of said section of the outer load-bearing tubular and an outside of the inner tubular, and defining a main production bore inside the inner tubular and, when the outer load-bearing tubular extends beyond said section, inside of the outer load-bearing tubular beyond said section;
• and
• a seal between the inner tubular and the outer load-bearing tubular,
• wherein the electrically controllable valve is arranged to control flow of fluid between said annular channel and the main production bore,
• wherein the inner tubular and outer load-bearing tubular are rigidly attached to each other, such that they are deployed or removed from the well together and not separately,
• and wherein the electrically controllable valve is wirelessly controllable.

A well with tubular assembly comprising

• an outer load-bearing tubular comprising an electrically controllable valve, the outer load-bearing tubular having a flowpath through a wall thereof;
• an inner tubular inside at least a section of the outer load-bearing tubular, thus defining an annular channel between an inside of said section of the outer load-bearing tubular and an outside of the inner tubular, and defining a main production bore inside the inner tubular and, when the outer load-bearing tubular extends beyond said section, inside of the outer load-bearing tubular beyond said section;
• and
• a seal between the inner tubular and the outer load-bearing tubular,
• wherein the electrically controllable valve is arranged to control flow of fluid between said annular channel and the main production bore,
• the inner tubular and outer load-bearing tubular being rigidly attached to each other, such that they are deployed or removed from the well together and not separately, wherein the electrically controllable valve is wirelessly controllable
• and wherein said outer load-bearing tubular is connected to other load bearing tubulars, and deployed as part of a tubular string.

A method for deploying a tubular assembly, the tubular assembly comprising:

• an outer load-bearing tubular comprising an electrically controllable valve, the outer load-bearing tubular having a flowpath through a wall thereof;
• an inner tubular inside at least a section of the outer load-bearing tubular, thus defining an annular channel between an inside of said section of the outer load-bearing tubular and an outside of the inner tubular, and defining a main production bore inside the inner tubular and, when the outer load-bearing tubular extends beyond said section, inside of the outer load-bearing tubular beyond said section;
• and
• a seal between the inner tubular and the outer load-bearing tubular,
• wherein the electrically controllable valve is arranged to control flow of fluid between said annular channel and the main production bore,
• the inner tubular and outer load-bearing tubular being rigidly attached to each other, such that they are deployed or removed from the well together and not separately, and wherein the electrically controllable valve is wirelessly controllable;
• as the method comprising running the outer load bearing tubular and inner tubular into the borehole together, rigidly attached to each other below an assembling position.

A method for deploying a tubular assembly into a borehole, the tubular assembly comprising:

• an electrically controllable valve;
• an outer load-bearing tubular having a flowpath through a wall thereof;
• an inner tubular inside at least a section of the outer load-bearing tubular, thus defining an annular channel between an inside of said section of the outer load-bearing tubular and an outside of the inner tubular, and defining a main production bore inside the inner tubular and when the outer load-bearing tubular extends beyond said section, inside of the outer load-bearing tubular beyond said section;
• and
• a seal between the inner tubular and the outer load-bearing tubular, and the electrically controllable valve arranged to control flow of fluid between said annular channel and the main production bore,
• wherein the inner tubular and outer load-bearing tubular are rigidly attached to each other, such that they are deployed or removed from the well together and not separately,
• wherein the outer load-bearing tubular extends in length beyond the length of the inner tubular, and for sections of the outer load-bearing tubular extending beyond the inner tubular in length, the main production bore is defined by the outer load-bearing tubular, and
• wherein the tubular assembly comprises at least one further outer load-bearing tubular having a flowpath in a wall thereof, and at least one further inner tubular;
• thereby forming a multiple-joint assembly and extending the annular channel to form an extended annular channel wherein the flowpath in the outer load-bearing tubular and the flowpath in the at least one further outer load-bearing tubular are in fluid communication with said extended annular channel, such that fluid flow through the load bearing tubular and the at least one further outer load-bearing tubular is controlled by the same electrically controllable valve;
• the method comprising:
• running the outer load bearing tubular and inner tubular into the borehole together, rigidly attached to each other below an assembling position.

A method for deploying a tubular assembly into a borehole, the tubular assembly comprising:

• an electrically controllable valve;
• an outer load-bearing tubular having a flowpath through a wall thereof;
• an inner tubular inside at least a section of the outer load-bearing tubular, thus defining an annular channel between an inside of said section of the outer load-bearing tubular and an outside of the inner tubular, and defining a main production bore inside the inner tubular and when the outer load-bearing tubular extends beyond said section, inside of the outer load-bearing tubular beyond said section;
• and
• a seal between the inner tubular and the outer load-bearing tubular,
• and the electrically controllable valve arranged to control flow of fluid between said annular channel and the main production bore,
• and wherein the electrically controllable valve is wirelessly controllable;
• the method comprising:
• running the outer load bearing tubular and inner tubular into the borehole together, rigidly attached to each other below an assembling position.