110310 2 statoil innovate whats your idea - an introduction to innovate stat oil com and statoil...

8/3/2019 110310 2 Statoil Innovate Whats Your Idea - An Introduction to Innovate Stat Oil Com and Statoil Subsea Technology Gaps Dag Oxnevad Statoil

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Statoil Innovate: Whats your idea?

An introduction to Innovate.statoil.com & Statoil Subsea Technology Challenges

Dag xnevad

10.03.2011


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Innovate.statoil.com

Promote Statoil as a technology

driven and innovative company

Get more ideas, better targeted at

our needs

Get solutions to specific challenges


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Technology areas: Value creation and growth

Statoils technology strategy outlinedthrough 7 technology areas

Describing key challenges and indicatingtechnologies of special interest

Exploration

Reservoir

Drilling & well

Frontier facilities

Processing & refining New energy/renewables

Environmental


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Challenge: Spotlight on specific needs

Current challenge: Sub-basalt exploration

Duration: 6 weeks

Deadline: 20 February

2011 plan: 4 Challenges from different

technology areas

How can we make the invisible visible?

Exploration for oil and gas is becomingincreasingly challenging

The toughest challenge is to image belowbasalt

Even advanced sub-salt imagingtechnologies developed over the lastdecade do not tackle the problem

Innovative approaches are needed!


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Track record: Successful industry development

8 examples of successful technology

development cooperations

Exemplifies Statoils industrial developmenttoolbox

LOOP technology development programme

Equity/venture investments

R&D

Seed funds, business incubators and

science parks

Joint ventures with suppliers and partners


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Process & benefits: Whats in it for me?

Statoil may contribute with technical expertise,user requirements, project supervision, pilot tests,

networks, business/commercial advice, and

financial support

Creating win-win situations: Statoil gains access tonew technology; the idea contributor develops a

commercially viable product

Every idea is evaluated by a team of specialists:business developers, IP advisors, technical

experts

If the idea is endorsed by the evaluation team a

technology development tool best suited for theproposal is selected


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A history of global leadership in Subsea Processing

Fitforpurp

ose,st

ate-of-

the-art

separ

ation,b

oosting,p

ower&

contro

lsyste

ms

1996Gullfaks

First multiphasePumps (topsides, part

of Framocommercialisation)

2003Norne Technology

programSubsea

separationconcept

developments

1986

Start Poseidonmultiphase pump

development

1997LufengSubseapumps

2000Troll

Subsea water

removal andinjection

2007Tordis

Subsea waterremoval &

injection, oil &gas boosting

2009

TyrihansSubsea raw

seawaterinjection (ready

for operation2011)

2005Troll Pipe

separatorQualificationsSubsea water

removal

200910 subsea years Aniversary

Statoil-operated fields


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Subsea Technology Challenges Architecture & Systems

4 Life time flexibility.

3 Clamp connector that can be closed and seal with angular misalignment.

2 Equipment flexibility for use on different suppliers and fields.

1 All electrical subsea system.


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Subsea Technology Challenges Structures & Valves

1. Mud-mat foundation for a Template production manifold that can resist erosion from drilling andenvironmental loads.Including leveling system for subsea template with mud-mats.

2. Retrofit solution for stop/limit actuator stem leakage on subsea manifold valves.

3. Cost-effective satellite solutions for NCS (Norwegian Continental Shelf).

4. Develop subsea Electric actuators from several suppliers.Development of generic requirements for such.

5. Deep water developments.

6. Valve leakage monitoring.


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Subsea Technology Challenges Subsea Separation

1. Compact system for bulk water separation including control system.(Inline separator).

2. Remove water from oil dominated well stream to avoid hydrate formation in production pipe line(given MEG inhibition) to enable long distance transport.

3. Remove liquid from gas dominated well stream to enable tie in to gas export pipe line or avoidhydrate formation in production pipeline.

4. Measurement and control of gas quality for subsea gas scrubber.

5. Online subsea OIW (Oil in Water) monitoring.

6. Subsea fast responding control valve.

7. Pre-conditioning of sea water for injection (sulphate removal, filtering, O2, etc,).

8. On-line monitoring of scale precipitation and deposit.

9. Subsea bulk separation of heavy oil.

10. Subsea electrostatic coalesher.


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Subsea Technology Challenges Subsea Separation

11. Water emulsification of heavy oil preparing for transport.

12. Increase differential pressure on subsea multiphase pumps to ~200 bar.

13. Larger electrical motors for pumping applications, 6 MW.

14. Gas tolerant liquid pumps.

15. Pumps for higher shut-in pressures and deeper waters.

16. More robust down hole pump systems.

17. Small compressor for "small-field application.

18. Large compressor for field installation. Liquid tolerant centrifugal compressor.

19. Qualify operational strategy in order to operate subsea compressor system without recyclefunctionality.

20. Qualify magnet bearing systems based on compressor/permanent magnet motor configuration.Alternative bearing systems for gas compressor

21. Cooling systems.


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Subsea Technology Challenges HV Power Supply

1. Deepwater power umbilical.

2. Deepwater HV (High Voltage) connector systems.

3. 3 kV Wet Mate connector system.

4. Adjustable Speed Drive.

5. Switchgear.

6. DC (Direct Current) connector/penetrator systems.

7. AC/DC (Alternating Current/Direct Current) converters.

8. Dynamic DC riser.

9. High pressure penetrators.

10. Local power generation systems.


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Subsea Technology Challenges - Production Control System

Leakage detection: Cost effective retrofit leak detector.4

Leakage detection: Cost-efficient leak detector for satellites.3

Limitless Control Power and Communication

Umbilical tie-in heads.

1

2


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All electric system: Electric tree with low power consumption.8

All electric system: The electrical down-hole safety valve needs further development andqualification to meet our needs.

7

All electric system: Electrical anti-surge valve needs further development and

qualification

6

Subsea HPU (High Pressure Unit).5


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Integrated Operations: Condition monitoring of instruments and actuators, SCM's (SubseaControl Module) in particular

12

Process control: Control algorithms for compact separation.11

Reliability: High quality controls system products & component.10

All electric system: Electric workover control system. Sufficient power toactuators/eSCMs (Subsea Control Module) and electric ROV/AUV (Remote OperatedVehicle).

9


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Improve quality of LV electrical jumpers.20

Improve quality of LV (Low Voltage) electrical connectors/end terminations.19

Improved online isolation monitoring of umbilical and subsea electrical powerdistribution for SCM's.

18

Online WiG (Water in Gas) for hydrate control.17

Online OiW (Oil in Water) measurement for production control.16

Online WiO measurement for fiscal purpose.15

Online WiO (Water in Oil) measurement for transport quality.14

Liquid fraction measurement in gas for wet gas compression.13


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Subsea Technology Challenges - IMR (Inspection, Maintenance & Repair)

Investigate MHS interface possibilities for deepwater ROT / modules (guidewire lessoperation).

4

Rerate/investigate capacity of old ROT (Remote Operated Tools) in Subsea pool to bettermatch capacity in current IMR fleet.

3

Develop method/equipment to enable replacement (recovery) of large process modules(>70T).

2

Increase MHS (Module Handling System) capacity to be able to handle larger modules (up to70T and up to 10m height).

1


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Subsea Technology Challenges - IMR (Inspection, Maintenance & Repair)

All-electric ROV (Remote Operated Vehicle) - el. torque tool.9

Sonar amplification.8

International standard/ recommended practice for equipment intended for underwater lifting.7

3D visualization capability for manipulator operations.6

All-electric ROV (Remote Operated Vehicle) - el. Manipulator.5


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Subsea Technology Challenges Marine Operations

Large capacity installation equipment for long step-outs (typical reel/carousel capacity).5

Intervention methods/concepts for ultra deep waters.4

Installation methods/concepts for ultra deep waters.3

Contingency and emergency preparedness for marine operations in harsh environment/icecovered waters.

2

Vessels suitable for operations in harsh environments/ice covered waters.1


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Subsea Technology Challenges - Diving

Re-breather equipment.1


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Statoil Innovate: Whats your idea?

Dag xnevadLeading Advisor Subsea Production Systems - Statoil

[email protected], tel: +47 90 19 85 19

www.statoil.com

Thank you

110310 2 statoil innovate whats your idea - an introduction to innovate stat oil com and statoil...

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