Tech Paper Advanced Completion Optimization ACO: A Comprehensive Workflow for Flow Control Devices
A software tool for lower completion optimization, including active, passive, and autonomous flow control devices.
Intelligent Completion Systems
Accelerate your monitoring and control design with integrated systems
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Watch NowSimplify intelligent completion design—with flexibility
Whether you are planning a few simple multizone wells or a field of complex multilaterals, you can rely on Schlumberger expertise for preconfigured intelligent completion systems that deliver maximum performance for specific economic and technical conditions.
Each intelligent completion system and our modular equipment are designed and engineered to enable seamless integration and flexibility. Every reservoir is unique, and our technology helps you simplify planning, reduce installation risk, and implement the active monitoring and control you want for your target well type. Intuitive surface interfaces help you manage your production with ease.
Customize systems and components to meet specific requirements
When an order is received, an intelligent completion system is configured to meet your specifications. Schlumberger engineers perform extensive testing and analysis of each system at every development stage, from initial component testing to final system-level qualification testing. This ensures reliable, robust operations of the entire integrated system for the specified downhole conditions over the life of the well.
Single-trip intelligent completions
For multilayered reservoirs requiring multizone independent monitoring and control
Multilateral intelligent completions
Conventional junction or unique to Schlumberger in-lateral monitoring and control in wells with multiple branches
Extended-Reach intelligent completions
For wells with extended (or extreme) reach, where multiple reservoir takeoff points require active monitoring and control
Multitrip intelligent completions
For wells with multilayered reservoirs where conditions, such as heterogeneous pressure gradients, preclude single-trip deployment
Intelligent Completions Systems Comparison
| Proteus System | Manara System | |
|---|---|---|
| Type | Electrohydraulic | All-electric |
| Single-trip intelligent completions | Yes | Yes |
| Multilateral intelligent completions | Junction control | In-lateral zonal control |
| Extended-reach intelligent completions | Lower range of depths | Yes |
| Multitrip intelligent completions | – | Yes |
| Total number of control lines | 1 electrical 2 hydraulic |
1 electrical |
| Installation efficiency vs. hydraulic systems | Better | Best |
| Valve actuation speed vs. hydraulic systems | Better | Best |
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