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Flexible system design improves downhole ICV management efficiency 

Turing®, electro-hydraulic multidrop SmartWell® intelligent completion control systems deliver fast, reliable, bidirectional zonal control of up to 12 zones. It operates using only three control lines, two hydraulic and one single-wire tubing encapsulated conductor (TEC).

Operators can remotely and selectively adjust zonal ICV positioning in seconds. Built-in high–resolution sensors, increase fidelity and choke positions. Fast, precise bidirectional control of the ICVs enables flow control from or in each zone without closing the ICV. This capability supports routine and active well optimization, enables adoption of fully automated, data driven well optimization technology.

The single TEC line communicates with other downhole sensors such as DataSphere® gauges, without requiring additional wellhead penetrations.

Smartwell Turing system

Electro-hydraulic control and monitoring system

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Smartwell Turing system

Features

  • Bidirectional valve movements
  • Built-in, high–resolution sensors enable an increased number of choke positions
  • Three control lines (two hydraulic and one electric) for up to 12 downhole devices 
  • First Halliburton electro-hydraulic control system that can be used in subsea applications

Benefits

  • Fast installation and bidirectional actuation reduce rig time and production deferment
  • Reduce risks associated with closing valves compared to single-direction actuations
  • Removes the guesswork from valve positioning with accurate and fast actuations

Applications

This is the first electro-hydraulic system capable of bringing 12-zone completions using three lines in subsea applications. It is suitable for any SmartWell® intelligent completion installation, including subsea, dry tree, extended reach, multi-lateral, water/gas injection, and CCUS.

This system helps improve reliablility and reduce OPEX and CAPEX, by simplifying installation, logistics and design. 

The Turing® electro-hydraulic control system includes  built-in health diagnostics. This provides operators with insights to potential issues before they occur. 

Operations

The Turing® electro-hydraulic control system uses an active electrical-switch design.

Each valve pairs with an actuator module, which allows selective remote control of each valve. Hydraulic lines supply the motive power to adjust the ICV choke position.

Three control lines—one electrical and two hydraulic—run from the surface and connect to each Turing system module.

Close up Turing® eletro-hydraulic control system tool.
Turing® eletro-hydraulic control system

Specifications

  • Maximum temperature rating: 135°C
  • Minimum temperature rating: 4°C
  • Maximum working pressure: 15,000 psi
  • Maximum hydraulic chamber rating: 10,0000 psi
  • Oil-based and water-based fluids for valve actuations 
  • API 19E Qualified Electronics 
  • Available sizes:
    • 2 7/8 in. 
    • 3 1/2 in.
    • 4 1/2 in. 
    • 5 1/2 in.

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