RESEARCH & DEVELOPMENT TECHNOLOGIES FOR ENERGY … 2017.pdf · RESEARCH & DEVELOPMENT TECHNOLOGIES...
Transcript of RESEARCH & DEVELOPMENT TECHNOLOGIES FOR ENERGY … 2017.pdf · RESEARCH & DEVELOPMENT TECHNOLOGIES...
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RESEARCH & DEVELOPMENT TECHNOLOGIES FOR ENERGY
CITEPH – 16 January [email protected]
OUR AMBITION:
TO BECOME THE RESPONSIBLE ENERGY MAJOR
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= Committed to Better Energy
Produce, process and supply affordable energy while meeting the highest HSE standards
Introduce solutions that promote responsible energy use by our customers
Be recognized for our convenient, quality local service
Supply a responsible energy mix consistent with the IEA’s 2°C scenario
Total Group Research & Development - January 2017 - Confidential - No Reproduction
Enab
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Numerical
Analytics and Testing
Structure/Property/Performance Relationships
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HSE
CO2 CCUS
Energy Efficiency
Gas
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Prospective Labs
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R&D IN TOTAL E&P: RD2B (From Research & Development to Business)
DEVELOPMENT DEPLOYMENT
R&D PLATFORMS FOR INNOVATIONWITH TECHNOLOGIES (PIT) BUSINESS
HSEGeophysicsGeologyReservoir
Unconventional resourcesIntegrated Geoscience SuiteDevelopmentTechnologiesDrilling/WellsField OperationsInformation Systems
ExplorationDevelopmentProductionAbandonment
HQ technical entitiesAffiliatesNew Business
UNIVERSITIES INSTITUTES O&G INDUSTRY OTHER INDUSTRIES
Prospective labsBiotechnolgiesRoboticsNanotechnologiesNumerical methodsImage processingStrategic R&D programsFrontier explorationEarth ImagingField reservoirUnconventional resourcesDeep offshoreWellsGas solutionsSustainable development
TRL 1 - 4 TRL 5 TRL 6 TRL 7 TRL 8-9
Prospective Labs
• Hydrogen• New materials• Image
Processing• Energy
(battery/PV)
Recherches Exploratoires
• Catalysis & Polymerization
• Additives & Encapsulation
• New sensors
Sujets de Ruptures
• Robotic• Nanotechnology• Biotechnology• Digital
Technologies Emergentes
• Car and mobility
Démonstrateurs & Incubateurs
TECHNOLOGICAL PRIORITIES – TRL 1-4
NanotechnologiesScouting the nanotechnology revolution
RoboticsFoster the development of a new generation of robots
• Development of nano-materials/coatings to address deterioration (e.g., corrosion), flow assurance & weight matters
• Development of nano-additives for EOR & water treatment and fines control applications
• Use of nanotechnologies for a “low cost” monitoring of installations and pipelines (e.g., Smart Materials)
•Development of maintenance/inspection and intervention robots• Dedicated focus on ATEX, operational safety, mobility & autonomous behaviour
BiotechnologiesMeeting the biotechnology challenges
• Environmental survey & installation integrity
Development of bio-sensors to be installed on production installations to monitor production waters
TECHNOLOGICAL PRIORITIES – TRL 1-5
Deep offshoreSustainable Industry in a 50USD/bbl environment
Technology solutions to significantly cut down costs• Development costs for long tie backs, dispersed resources and ultra deep reservoirs with new architecture concepts and ground breaking subsea processing technologies
• Operating costs over Life Of Field with new inspection, monitoring, maintenance and repair subsea technologies
• Develop flow assurance innovative solutions for complex multiphase field developments
Field ReservoirUnlocking tomorrow’s reserves
• Modeling: Develop modeling tool for reliable predictions & optimized development plan
• EOR: develop physical or chemical methods to improve recovery
• Data: Progress on integration and interpretation tool to reduce uncertainties and provide fit for purpose data right ontime
TECHNOLOGICAL PRIORITIES – TRL 1-5Gas, CO2 and Energy efficiency
New processes: motion insensitive processes, compact processes, technologies for cold systemsNew materials for absorption, adsorption, membrane, catalytic systemsArchitectureCoupled & integrated processesModular & flexible systems
Energy efficiency: Recovery of low temperature heat (<100°c) & re-use Recovery of the energy in the wells (pressure and temperature) & valorization
Anthropogenic CO2 : Capture in the flue gas in the ambient air Develop an energy-efficient system for storage or valorizationDevelop efficient solutions for GHG emission reductions
Native CO2: Treatment & valorization→ develop gas processes at lower cost (CAPEX, OPEX) for acid gas assets (compactness, flexibility) compliant with stringent solutions
TECHNOLOGICAL PRIORITIES – TRL 1-5
Sustainable developmentDevelop technologies to meet the target of being the major of responsible energy
•• Water treatment: develop economical and innovative processes
• Environment: develop economical tools for environmental monitoring (subsea, on the floor, in the aquifers)
• Early detection of errors or disorders (acoustic systems, networks)
•Valorization of gas at the beginning of production or end-of-life of a field
•Valorization of industrial wastes out of the water treatment
TECHNOLOGICAL INNOVATION PROCESS: SOME ELEMENTS
- Technology assessment • Maturity level (TRL), Performance assessment , Risk analysis• Business cases (key to “marketing” of technology)
- Technology upgrading for innovation(s)• Up scaling / Integration into a system, a workflow, a platform• Definition / adjustment of application domain
- functionalities, environmental/process conditions• Definition / adjustment of performances
- reliability, availability, accuracy, efficiency
- Technology qualification for innovation(s)• Performance and analysis of tests (physical or numerical)
- confirm functionalities, performances, application domain• Performance of pilots (normally industrial pilots) if required
- Way forward:• First operational implementation (deployment) or upgrade or stop Downhole electrical
pump power supply
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TECHNOLOGICAL PRIORITIES – TRL 6-7
CIGGeoscience & Reservoir Integrated Platform
1. 2G&R interpretation: Innovative tools & functionalities to speed up and bring robustness to the evaluation processes
2. Ergonomic: the next generation of workstations (innovative HMI, touch screen technology)
3. Collaborative work: distant work optimization, collaborative approach
Information systemInnovation of IT knowhow, applied to geosciences
SCIENTIFIC VISUALISATION: Ultra scale visualization / In situ visualization / Advanced and optimized outputs/ Visualization of data with many dimensions and uncertainties
DATA: Data compression
FAULT TOLERANCE: in the context of application with high level of parallelism
HPC : Convergence HPC and HPDA / programming models
Deep learning : applied to geosciences
Numerical methods
TECHNOLOGICAL PRIORITIES – TRL 6-7 –
Corrosion:
Non intrusive sensitive corrosion monitoring tools
Alternate solutions to biocide treatments with low environmental impact
Microbial corrosion sensors with response time Easy/ quick titration methods of corrosion inhibitor residuals in producedwaters (for site application , i.e. with minimal preparation and equipment)
Piping & pressure vessels:
Non destructive control by ultrasounds of GRP/GRP or GRP/ stainless steelbonds Control of the joints welded with austenitic stainless steel with the PhasedArray technology – assemblies of 15 to 50 mm thickness
Technology (TEC)Find technological innovations for operational problematic
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INSTRUMENTATION
TECHNOLOGICAL PRIORITIES – TRL 6-7 – PIT TEC
Non intrusive Fiber Optic
• Leak Detection applied to a liquid buried pipeline• Intrusion Detection applied to buried fiber optic (testing the distance downward
impact on the detection)
• Flow Assurance Characterization applied to the pipelines• Measurement for performing standard static or dynamic measurement (flow,
pressure, temperature, level)
Measurement
• Multi-Layer level measurement with hybrid or innovative technologies• GHG measurement (e.g. methane) in a fuel gas / flare gas context (other than
gas chromatograph)• Highly-frequency Sensor for hydrocarbon measurement (absorption of
electromagnetic waves in the high frequency rang various gas molecules• Soil Pollution Detection sensor (French regulation 2004/35/CE) using chemical,
oleo sensible or high frequency sensors
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Oceano-meteo• Monitoring of the currents in
the water column (surface to bottom in shallow and deepwater) in real time using fixed and/or mobile systems, satellite imagery, etc.
• Operational tool type early warning system for the solitons
Structure and naval architecture• Chain trenching: Modelisation
of the erosion/scouringgenerated by the motion of the chain
• Anti-roll tank for FPSO
TECHNOLOGICAL PRIORITIES – TRL 6-7 – PIT TEC