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Big Data in Subsea Solutions

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Big Data in Subsea Solutions

Subsea Valley Conference 2014

Telenor Arena, Fornebu, April 2-3 Roar Fjellheim, Computas AS

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Computas AS - Brief company profile

• Norwegian IT consulting company providing services and solutions for work processes, business systems and knowledge-based collaboration • 280 highly qualified project managers, software architects and

developers, and business consultants • Large customers in government

and private sector, including the oil & gas industry

• 1985 spinoff from DNV, Høvik • Located at Lysaker,

Stavanger and Romania

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Computas - Solutions and services

• Business process management

• System architecture and integration

• Software engineering services

• Integrated operations (CODIO)

• Compliance solutions (UCMS™)

• Big Data - Information Management

• Knowledge management services

• Consulting and project management

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Outline

• What is Big Data?

• Big Data in Oil & Gas

• Subsea Applications

• Big Data Enablers

• What’s next?

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What is Big Data?

Gartner’s definition: “Big Data is highvolume,

-velocity and -variety information assets demanding innovative forms of information processing for

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Big Data – Drivers and enablers

• The world now creates 5 Exabyte (10

6

Terabyte) per 2 days

(= all data created from dawn of civilization to 2003)

• The Internet and WWW – 1/3 of world’s population online

• The Internet of Things (IoT) – Sensors everywhere

• How will society and industries be able to manage and benefit

from this avalanche of information?

• Rapid advances in digital technologies

• Smart algorithms and intelligent machines

• New business models

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Digitalization of field operations

Integration of people, process and technology for faster and

better decisions, based on real-time data and integrated work

processes

• Smart sensors, downhole etc. • High bandwidth networks • Simulators and models • Advanced optimization • Data visualization

• Higher levels of automation • Offshore/onshore workflows

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Subsea challenges and Big Data opportunities

• The “usual suspects”: Longer, deeper, colder, …

• HSE, reliability, cost and efficiency ever more important

• Increasingly sophisticated machinery deployed subsea

• Big Data opportunities:

• Condition Based Monitoring and Maintenance

• Integrated Production Optimization

• Enhanced Logistics Support

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Condition based maintenance (CBM)

• Technical integrity - Strict operational and regulatory requirements • Inspection, maintenance and repair - major OPEX drivers

• CBM requirements

• Continuous analysis and diagnostic of equipment sensor data (descriptive analytics)

• Model-based prediction of probable failures and remaining equipment life time (predictive analytics)

• Planning (re-planning) and optimization of inspection and intervention activities (decision analytics)

• New business models for operator – supplier relationships, cf. how the auto industry uses remote car monitoring

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Example - Router module leakage detection

Cause: Fault in fiber penetrator in router module

Effect: Leakage into module leading to communication failure

Mitigation: CPM identified increased internal pressure due to leakage 3 months

prior to communication issues

Action: Router module changed out in planned intervention campaign

Condition indicator

3 months from CPM detection to automatic switch over

Pressure B Normal

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Big Data enabler - Data Science

• How to extract knowledge from data in order to better

understand, predict and decide

• Predictive modeling • Event classification • Semantic analysis • Data mining • Visualization • Machine learning • Decision optimization • Smart Algorithms!

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Example - Decision network for drilling

12

• Based on data from sensors and other sources

• Predicts and simulates

consequences

of different decisions

• Recommends action with highest expected value

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Integrated production optimization

• Daily well-related decisions to optimize production

• Goal: Fully utilize production and process system capacity • Multi-well, cannot optimize single wells in isolation

• Constrained by

• Reservoir properties (changing) • Technical layout and capacities

• Enablers

• Increased instrumentation and data rates allows better models • Improved control mechanisms -

Choking, lifting, routing

• Result

• More frequent, optimized control

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Big Data enabler – New IT frameworks

• Big Data Volume and Velocity

• Parallel computation

• MapReduce

• Hadoop

• Real time data processing

• In-memory data management

• Stream processing

• Intelligence engines

• Complex event processing (CEP)

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Enhanced logistics support

• ELH - EPIM Logistics Hub

• A common platform for operators and suppliers to exchange logistics events, e.g. container movements

• EPIM is a association of companies operating on the Norwegian

Continental Shelf, creates common solutions with a 5x advantage over individual solutions

• The objective is to trace all containers going in and out to facilities on the NCS, improving efficiency, reliability and economy of logistic movements

Supplier

Supply Base Operator

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Big Data enabler – Semantic technology

• Big Data Variety

• Structured and «unstructured» data

• Many different data types and data sources

• Large scale Information Management

• Relational view of data

• Simplifies complex data models

• Supports meta-data management

• Enables data integration

• Based on open, international standards

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A look ahead - Autonomous subsea systems

• Future subsea systems will be required to operate for extended periods of time without human guidance

• Autonomy, the ability to to self-diagnose and repair, and to plan (and re-plan) actions based on high-level goals, using Big Data and related technologies

• Autonomy already exists in selected areas, like ROVs for pipeline inspection, but will

have much wider impact

• Ref. «Autonomous Systems for the

Oil & Gas Industry», NFA - Norwegian Society of Automatic Control, 2013

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Main takeaways

• Big Data is a reality (even if hyped)

• 3Vs – Volume, Velocity and Variety

• Many oil & gas applications

• Data Science and new IT frameworks

• From data to insight, prediction and decisions

References

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