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The Rotation Sleeve System

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All hydraulic system provides reliable operation over the oil well life time ... Engineering. Manufacturing. Quality assurance. Expro North Sea Limited: ... – PowerPoint PPT presentation

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Title: The Rotation Sleeve System


1
The Rotation Sleeve System
  • Triangle Equipment AS
  • in co-operation with
  • Ericsson Saab Avionics AB
  • The EXPRO Group

2
Agenda
  • NESCOS Technology
  • Triangle Business Concept
  • Qualification fundamentals
  • Quality program and Reliability issues
  • Testing

3
NESCOS assembly
Gauge Carrier
Hydraulic Key Unit
Zone Isolation Packer
Shifting tool Hard point
Displacement pump Unit
Logic Unit
Hydraulic Interface
Packer Actuation Unit
Sleeve Unit
Hydraulic Actuator Unit
4
The Rotation Sleeve System-Main Design Features
  • Tungsten Carbide inflow sealing technology
  • Large inner diameter (3.5) provides no extra
    limits for well maintenance
  • Outer diameter 5.8, smaller than any competitor
  • Due to compact design, standard interfaces and a
    total length of 5 m, the system is easy to
    install and handle on the rig
  • Infinite variable choke positions, rapid valve
    closure (with surface feedback)
  • Packer setting feature with surface feedback
  • All hydraulic system provides reliable operation
    over the oil well life time
  • Test criteria that exceeds Statoil test
    requirements

5
Triangle Equipment AS Business concept
  • To provide total solutions for inflow control
    systems
  • Triangle Equipment AS
  • New product ideas, close to market.
  • Marketing
  • Installation supervision
  • Ericsson Saab Avionics
  • Engineering
  • Manufacturing
  • Quality assurance.
  • Expro North Sea Limited
  • Supply of monitoring system
  • Installation and service support

6
NESCOS - Project history
  • Operator support from
  • Statoil
  • TotalFinaElf
  • Agip
  • BP
  • Chevron
  • Saga (phase 1)
  • DEMO 2000 project

7
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8
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9
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10
Expro Group Permanent Monitoring beyond 2000
11
Permanent Monitoring Downhole - PMD Supply of
Gauge Carrier Sensors for Triangle IWC
12
Qualification of Advanced Well Equipment
  • In depth understanding of well completion issues
  • Well design can drive design layout
  • Complex customers can drive system complexity
  • Practical design principles

13
Qualification of Advanced Well Equipment
  • Qualification issues need to be considered prior
    to initial system layout and detailed equipment
    design
  • Component level
  • Unit level
  • System level
  • How the above levels are interacted needs careful
    planning
  • All test stages should be connected up to final
    System test
  • Final system test should be carefully planned by
    personnel with relevant test and operational
    background

14
Qualification of Advanced Well Equipment
  • Quality is nothing you frame in at the wall,
    quality must have historical and in depth
    accepted rules
  • Subcontractors
  • ISO 9001
  • Proven Traceability record
  • Proven Quality record
  • Proven delivery
  • Qualified according to company standards

15
Qualification of Advanced Well Equipment
  • Close co-operation with Oil Companies
  • Industry accepted specifications
  • Oil companies individual specifications
  • Design verification principles
  • Practical installation experience

16
Qualification of Advanced Well Equipment
  • Co-operation with Rogalandsforskning
  • Years of testing experience on related products
  • To be involved at an early stage
  • Involvements by Veritas
  • To verify recommended practice
  • Draw on verification principles
  • Use as a 3rd party test verification    

17
Quality Program
  • FMEA/FMECA (Failure Mode and Effects Analysis)
  • Reliability prediction
  • FTA (Fault Tree Analysis)
  • Formal design reviews (PDR/CDR)
  • FRACAS (Failure Reporting Analysis and Correction
    Action System)
  • System safety engineering
  • Maintainability Engineering
  • Test efficiency prediction
  • Design control during the development phase
  • Formal design reviews (PDR/CDR)
  • Design Control
  • Purchasing

18
QT Component Level
  • Hydraulic connectors
  • Burst and collapse pressure
  • Tensional load test
  • Fatigue testing

Force actuator
Test object
Static supports
19
QT Component Level
  • Fatigue testing of hydraulic connectors
  • Vibration at resonance frequency
  • Load 186 g, 700 000 cycles
  • Load 280 g, 700 000 cycles
  • Testing with internal and external pressure

20
QT Component Level
Heated environment
Static seal setup
  • Hydraulic seals
  • Accelerated life cycle test of hydraulic seals
  • Static pressure 300 bar
  • Difference pressure 700 bar cycled
  • Heated environment 3 different temperatures
  • Dynamic motion
  • Hydraulic fluids

Leakage identifier
Dynamic seal setup
Hydraulic system
21
QT Unit levelSleeve unit
  • Leakage internal, external pressure
  • Friction and torque requirement
  • Abrasion during life cycle
  • Operation in sand slurry
  • Operation at different temperatures

22
QT Hydraulic system
  • Surface control unit
  • Operates complete system
  • Real down-hole hydraulic conditions are simulated
    by a built in control line simulator

23
Triangle Equipment AS
  • Triangle Equipment AS, in Co-operation with
    Ericsson Saab Avionics AB and EXPRO
  • Focus on
  • The new generation of inflow control system
  • Targeting on
  • Reliability and Quality based on Ericsson Saab
    Avionics long industrial history of competence
  • Field proven monitoring provided by EXPRO
  • Well Completion and Installation expertise based
    on Triangle Equipments and EXPRO personnel
    experience
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