Digitalization in Aker BPSubsea Operations Conference

09.08.2018 Camilla Leon, Aker BP

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Solid footprint covering entire NCSDIGITALIZATION IN AKER BP

Alvheim (operator)

High production efficiency and low operating cost

Ivar Aasen (operator)

First oil December 2016 – ramping up production

Johan Sverdrup (partner)

World class development with break even price below 25 USD/bbl*

Skarv (operator)

Solid base performance and upside potential

Ula/Tambar (operator)

Late life production with significant upside potential

Valhall/Hod (operator)

1 billion barrels produced, ambition to produce additional 500 mmbbls

Skarv

Alvheim

Ivar Aasen

Johan Sverdrup

Ula/Tambar

Valhall/Hod

Stavanger

Oslo / Fornebu

Trondheim

Sandnessjøen

Harstad

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DIGITALIZATION IN AKER BP

Strategic focus areas enabling field of the future

Aker BP’s ambition is to build the leading independent E&P company

Improve

Grow

Execute

Safe

ty

by...

Reorganising the value chain

with strategic partnerships

and alliances

Digitize the E&P value chain

Value chain based on a shared

LEAN understanding, toolbox and

culture

Flexible business model

ready for growth and volatility

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DIGITALIZATION IN AKER BP

What does success look like?

Autonomous drilling and highly

automated well planning

Expert systems for automated

engineering & design,

manufacturing and fabrication

Unmanned installations with

highly automated onshore control

and autonomous production

optimization

Campaign based maintenance

and inspection supported by

robotics, predictive algorithms

and “twin-reality”

Self orchestrating supply and

logistics chain

Simulation of first oil before

investment decision

Highly automated subsurface

modelling and insight

DATA LIBERATION

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DIGITALIZATION IN AKER BP

Partners with access to data through the platform

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Digital Roadmap towardsField of the Future

How to get

there

Digital Journey

Field

of the

Future

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What is Field of the Future to Aker BP

Vision

• Simpler, cost effective and inherently reliable

designs

• No maintenance requirements

• Modular design – Plug&Play

• Competitive material selection

.

Unmanned Installation

• Autonomous operation

• Robotics for inspection

• Predictive analytics, digital processes and

workflows

Remote Operations

• Boosting and processing

• Subsea power

• Long distance tie-backs

Expanded Subsea Facilities

• All electric

• Alternative energy sources

• No discharge to sea or air

• Energy management

Zero Discharge/Emission

Vision

Field of the Future

Remote Operated, Unmanned,

Zero Discharge

DIGITALIZATION TOWARDS FIELD OF THE FUTURE

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Digital Roadmap towardsField of the Future

How to get

there

Digital

Journey

Field of

the

Future

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DIGITALIZATION TOWARDS FIELD OF THE FUTURE

Digital roadmap with focus areas

Vision

Integrated data platform and digital twins. Using

advanced analytics and visualizations for

development, operations and maintenance.

Intelligent & advanced analytics

Unmanned installations. Autonomous or remote

operated. Collaborative robots and IoT, collecting

data for analytics and further optimization.

Robotic & automation technologies

Building digital competence. Enabling data driven

culture, curiosity, human-machine interfaces and

embracing disruption.

Digital mindset and competence

Partnerships for innovations and creative solutions.

Laws and regulations allowing for new digital

operations. Smart contracts.

Future collaborations

Vision

Field of the Future

Unmanned, Remote operations,

Zero discharge

Digital mindset & competence

Digital Roadmap (example)DIGITALIZATION TOWARDS FIELD OF THE FUTURE

Field of the Future

Unmanned, Remotely

Operated and Zero

Discharge

Vision Elements

& End State

Efficient, Optimized

engineering and design

Efficient, Optimized

inspection &

maintenance execution

Innovative design &

solutions. Digital

workflows enabling

field of the future

Timeline 20222018

Digital competency

& Mindset

Intelligent automation,

Advanced analytics

Ivar Aasen

PUSH

Continued Improvement - Lean & Digital workflows

Innovative, embrace

disruption

Data Quality & Common Semantic

Digital risk & cyber security impact

Data driven

culture

AR/VR/MR

Remote operations Predictive maintenance

Generative machines,

intuitive AI for plan,

design, develop

Tablets

Remote monitoring

Prescriptive

maintenance

Digital project planning

& execution tools

Communicative analytics

and visualizationsStrategic analytics simulation

Augmented

Assistant

Digital Twin (prescriptive)Digital Twin

(descriptive)

Digital Twin

(predictive)

Digital Twin

(data architecture / user

expectations)

Automated analytics

CDP on Ivar Aasen

Push 2.0 Push 3.0PUSH Wave 1

Sensor data & big data

collection

Robotic Process

Automation

Connected systemsCollaborative

robots and IoT

Smart contracts,

performance based

Platform environments

(service, data)

Partnerships,

innovations

Laws and

regulationsR&D collaborations,

consortiumDigiForum & Alliances

Contracts towards

service providers

Subsea automated

inspection (ex. drones)

Walk2work

Gap analysis, requirements

Walk2work

Phase 2

Subsea automated

maintenanceRobotic & Automation

technologies

Future collaborations

and Platform ecosystem

AI Librabry

CDP wave 2 CDP wave 3

Robotics

Gap analysis, requirements

Block chain

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DIGITALIZATION IN SUBSEA

Ivar Aasen - Aker BP’s laboratory for developing the digital oil field

Example I: Learnings from topside to subsea - Analytics and Visualization

Digital twin based on live data from the

Cognite platform

Digital tools, e.g. Cognite Operations

Intelligence

Integrate OEMs in operations, e.g. Framo

Predictive maintenance based on machine

learning

Automation of repetitive tasks

Remote operations to reduce waste and

increase quality

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DIGITALIZATION IN SUBSEA

Definition of a Digital Twin: “A digital replica of physical assets,

processes and systems that can be used for various purposes.

The digital representation provides both the elements and the

dynamics of how an IoT device operates and lives throughout its

life cycle”.

The Digital Twin is a geometric (3D) representation of an asset

which is enriched with data relevant to end users.

Example II: Digitalization in Subsea – Digital Twin

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3D Model of a Subsea Structure

3D GIS model of Aker BP subsea

assets

Automatic Classification and

Eventing

3D view for ROV Pilots

Onshore Operation of ROV

Onshoring of 3rd party Operations

DIGITALIZATION IN SUBSEA

Example III: Digitalization in Subsea – Inspection

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Digital Roadmap towardsField of the Future

How to

get there

Digital Journey

Field of

the

Future

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Digital Roadmap towardsField of the Future

Field of

the Future

How to

get there

Enabling factors

• Strategic focus areas

• Advancements both in technology

and digital solutions

• It is all about data, data liberation

• Mindset, competence & processes

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Digital Roadmap towardsField of the Future

Field of

the

Future

How to get

there

Digital JourneyUnmanned

Remote operated

Expanded subsea

Zero discharge

• Strategic alliances, partnerships and

collaborations.

• Sharing data, #data liberation

• Digital roadmap embracing radical

improvements.

• Develop through step-by-step and

specific use cases

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Thank you!

Questions?