TECHNOLOGY TO SHAPE THE FUTURE OF ENERGY

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Priscilla Hunt
6 years ago
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Statoil s strong technology base and ability to apply new technologies, constitute a

2 TECHNOLOGY TO SHAPE THE FUTURE OF ENERGY We are an energy company committed to long term value creation in a low carbon future. Statoil s strong technology base and ability to apply new technologies, constitute a competitive advantage for us. Our sharpened strategy highlights innovation & technology as one of four key enablers to deliver.

4 FORMING A FUTURE- FIT PORTFOLIO The technology strategy sets the long term direction for technology development in Statoil. The futurefit portfolio will demand new solutions for oil and gas, reductions of carbon emissions, and renewable energy.

NEAR FIELD RESOURCES LOW CARBON SOLUTIONS FOR OIL & GAS DISCOVER AND DEVELOP FRONTIER

5 TECHNOLOGY TO SHAPE THE FUTURE OF ENERGY Statoil s technology strategy INNOVATION - CROSS-DISCIPLINE SOLUTIONS - DIGITALISATION OPTIMISE PRODUCTION FROM EXISTING AND NEAR FIELD RESOURCES LOW CARBON SOLUTIONS FOR OIL & GAS DISCOVER AND DEVELOP FRONTIER AND DEEP WATER AREAS UNLOCK LOW RECOVERY RESERVOIRS DEVELOP RENEWABLE ENERGY OPPORTUNITIES

OPTIMISE PRODUCTION FROM EXISTING AND NEAR

digitalisation, infrastructure and people

operations: Unlock existing and near field

infrastructure lifetime Safe and efficient

6 OPTIMISE PRODUCTION FROM EXISTING AND NEAR FIELD RESOURCES Capture value of digitalisation, infrastructure and people Maximise value from NCS and international operations: Unlock existing and near field hydrocarbon potential Prolong infrastructure lifetime Safe and efficient operations Subsurface data integration Automated drilling control Remotely operated factories Autonomous inspection Some examples Courtesy NTNU/Stenberg

LOW CARBON SOLUTIONS FOR OIL & GAS Reduce

products Value chain perspective reducing

efficient field development and operation Low

with carbon capture, utilisation and storage

7 LOW CARBON SOLUTIONS FOR OIL & GAS Reduce emissions and decarbonise processes and products Value chain perspective reducing emissions from reservoir to market: Energy efficient field development and operation Low carbon power and heat supply Value chains with carbon capture, utilisation and storage Some examples Energy efficient subsea processing Maximise power generation efficiency Optimise electrification Hydrogen from natural gas with CCUS Copyright GE

DISCOVER AND DEVELOP FRONTIER AND DEEP WATER AREAS

field development solutions Enable production from

evaluation methods Improved reservoir predictability

developments Environmental technology and competence

8 DISCOVER AND DEVELOP FRONTIER AND DEEP WATER AREAS Expand sub-surface competence and competitive new field development solutions Enable production from frontier and deep-water areas: Improved exploration evaluation methods Improved reservoir predictability Facilities technology enabling deep-water field developments Environmental technology and competence to provide license to operate Some examples Exploration regional evaluation Seismic interpretation and analysis Deep-water risers Environmental impact assessment Copyright Subsea 7

UNLOCK LOW RECOVERY RESERVOIRS Utilise multi-discipline

$recovery reservoirs: Improved fracking and lift solutions$ solutions for tight reservoirs Increase recovery and process

environmentally sustainable way Fracking with reduced water

9 UNLOCK LOW RECOVERY RESERVOIRS Utilise multi-discipline competence for new recovery solutions Maximise value of low recovery reservoirs: Improved fracking and lift solutions Improved reservoir characterisation and early production solutions for tight reservoirs Increase recovery and process solutions for heavy oil fields Maximise value in an environmentally sustainable way Fracking with reduced water consumption Gather dynamic data Maximise reservoir exposure Polymer flooding Some examples

Resource assessment DEVELOP RENEWABLE ENERGY OPPORTUNITIES

Build a material renewable energy portfolio: Optimise cost

rapidly to unlock new opportunities (e.g.

energy storage Some examples Installation methods for

10 Resource assessment DEVELOP RENEWABLE ENERGY OPPORTUNITIES Accelerate competence development to define the future Build a material renewable energy portfolio: Optimise cost and efficiency for wind parks Build competence and respond rapidly to unlock new opportunities (e.g. solar, geothermal) Managing intermittent power through energy storage Some examples Installation methods for floating offshore wind Emerging solar photo voltaics Hightemperature geothermal wells

Leverage value from technology opportunities Digitalisation and automation will dominate technology development in the foreseeable future.

11 Leverage value from technology opportunities Digitalisation and automation will dominate technology development in the foreseeable future. Innovation and cross-discipline solutions will be essential to strengthen our competitiveness within oil and gas, and to lower carbon emissions. The rapid pace of technology development will reshape the energy landscape. The level of impact remains uncertain, but we know the direction of change.

Innovation Cross-discipline solutions Digitalisation Essential to provide new solutions with high impact Enabler for our strategy Build on our proud heritage of with close interaction between

12 Innovation Cross-discipline solutions Digitalisation Essential to provide new solutions with high impact Enabler for our strategy Build on our proud heritage of with close interaction between suppliers and academia Utilise all types of innovation from incremental to disruptive Superior to solutions developed by individual disciplines, avoiding sub-optimisation Share knowledge and deliver as a team Strengthen our collaboration with suppliers Drives integration of data, hardware, disciplines, value chains, industries, business models and people Includes big data, cognitive learning and analytics, augmented reality, smart machines and systems, robotic software and automation Learn from other industries and suppliers ahead of us

13 Building a competence and innovation culture Maintain core Low carbon Digitalisation

14 Technology to shape the future of energy Statoil s technology strategy

marketing Norwegian continental shelf International Oil &

CROSS-DISCIPLINE SOLUTIONS - DIGITALISATION OPTIMISE

CARBON SOLUTIONS FOR OIL & GAS DISCOVER AND DEVELOP

16 TECHNOLOGY TO SHAPE THE FUTURE OF ENERGY Statoil s technology strategy New energy solutions Midstream & marketing Norwegian continental shelf International Oil & Gas ALWAYS SAFE HIGH VALUE LOW CARBON INNOVATION - CROSS-DISCIPLINE SOLUTIONS - DIGITALISATION OPTIMISE PRODUCTION FROM EXISTING AND NEAR FIELD RESOURCES LOW CARBON SOLUTIONS FOR OIL & GAS DISCOVER AND DEVELOP FRONTIER AND DEEP WATER AREAS UNLOCK LOW RECOVERY RESERVOIRS DEVELOP RENEWABLE ENERGY OPPORTUNITIES

D I G I T A L I S E R I N G. T r o n d S t o k k a M e l i n g, T e k n i s k D i r e k t ø r i J o h a n S v e r d r u p

D I G I T A L I S E R I N G. T r o n d S t o k k a M e l i n g, T e k n i s k D i r e k t ø r i J o h a n S v e r d r u p F R A H Y P E T I L I M P L E M E N T E R I N G I N O R G E S S T Ø R S T E I N D U S T R I P R O S J E K T D I G I T A L I S E R I N G T r o n d S t o k k a M e l i n g, T e k n i s k D i r e k t ø r