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Shell — Technical Presentation (June 2017)
41 slides from Shell's technical presentation, June 2017
Slide 1: Main presentation title (template cover)
Main presentation title Second title line if required Subtitle appears here if required and or location and date The confidential setting can be changed Name appears here to one of the below options using the Role in organisation appears here Find and Replace command. (Its recommended that you tick
Slide 2: Cautionary Note
Cautionary Note The companies in which Royal Dutch Shell plc directly and indirectly owns investments are separate legal entities. In this presentation “Shell”, “Shell group” and “Royal Dutch Shell” are sometimes used for convenience where references are made to Royal Dutch Shell plc and its subsidi
Slide 3: Shell Hydrogen Study
SHELL HYDROGEN STUDY Shell scenario studies (since 1958) Shell H2 R&D, production and use Own business Unit Shell Hydrogen Shell hydrogen study objectives: Future potentials of hydrogen Analyse business opportunities Focus on (auto)mobility applications Inform business partners,
Slide 4: Contents
CONTENTS 1) Properties of H2 2) Production and supply pathways 3) Storage and transport 4) Applications material or energy 5) Stationary applications 6) Mobility applications (TR Levels) 7) Ownership cost of FCEVs 8) Retail infrastructure build-up 9) FCEV fleets, energy and greenhouse gas balances
Slide 5: The Element Hydrogen
THE ELEMENT HYDROGEN Jules Verne: water – the new coal? Dieter Zetsche: hydrogen – the better oil? Which future role for hydrogen as an energy carrier? Copyright of Shell International Footer CONFIDENTIAL Date Month 2016 5
Slide 6: Phase Diagram Hydrogen
PHASE DIAGRAM HYDROGEN Copyright of Shell International 6
Slide 7: Ignition Range of Fuels
IGNITION RANGE OF FUELS Copyright of Shell International 7
Slide 8: Share of Primary Energy Carriers in Global Hydrogen Production
SHARE OF PRIMARY ENERGY CARRIERS IN GLOBAL HYDROGEN PRODUCTION Copyright of Shell International 8
Slide 9: Processes for Producing Hydrogen
PROCESSES FOR PRODUCING HYDROGEN Copyright of Shell International 9
Slide 10: The Principle of an Alkaline Electrolyser
THE PRINCIPLE OF AN ALKALINE ELECTROLYSER Copyright of Shell International 10
Slide 11: Sector Coupling: Power-to-X Pathways
SECTOR COUPLING: POWER-TO-X PATHWAYS Copyright of Shell International 11
Slide 12: Energy Input for Hydrogen Supply
ENERGY INPUT FOR HYDROGEN SUPPLY Copyright of Shell International 12
Slide 13: Greenhouse Gas Emissions of Hydrogen Supply
GREENHOUSE GAS EMISSIONS OF HYDROGEN SUPPLY Copyright of Shell International 13
Slide 14: Hydrogen Production Costs
HYDROGEN PRODUCTION COSTS Copyright of Shell International 14
Slide 15: Energy Density of Fuels
ENERGY DENSITY OF FUELS Copyright of Shell International 15
Slide 16: Hydrogen Storage Methods
HYDROGEN STORAGE METHODS Copyright of Shell International 16
Slide 17: Hydrogen Storage Density
HYDROGEN STORAGE DENSITY Copyright of Shell International 17
Slide 18: Storage Density of Tank Systems
STORAGE DENSITY OF TANK SYSTEMS Copyright of Shell International 18
Slide 19: Hydrogen Road Transport
HYDROGEN ROAD TRANSPORT Copyright of Shell International 19
Slide 20: Hydrogen Pipelines per Country
HYDROGEN PIPELINES PER COUNTRY Copyright of Shell International 20
Slide 21: Global Usage of Hydrogen
GLOBAL USAGE OF HYDROGEN Copyright of Shell International 21
Slide 22: Principle of the Fuel Cell
PRINCIPLE OF THE FUEL CELL Copyright of Shell International 22
Slide 23: Stationary Applications
STATIONARY APPLICATIONS Copyright of Shell International 23
Slide 24: Ownership Cost of Domestic Energy
OWNERSHIP COST OF DOMESTIC ENERGY Assumptions of TCO calculation: Reference building 150 m2 Heat: low-temperature gas boiler with consumption of 22,500 kWh/a, Electricity consumption 4,000 kWh/a Installation + energy cost, 20 years lifetime Three modernisation options: Condensing gas b
Slide 25: Technology Readiness Levels of Hydrogen Applications
TECHNOLOGY READINESS LEVELS OF HYDROGEN APPLICATIONS Copyright of Shell International 25
Slide 26: Fuel Cell Concepts for Passenger Cars
FUEL CELL CONCEPTS FOR PASSENGER CARS BEV WITH RANGE EXTENDER FUEL CELL-DOMINANT SYSTEM Copyright of Shell International 26
Slide 27: Fuel Costs Compared
FUEL COSTS COMPARED* * European fuel prices, passenger cars 2020+ (JEC 2014) Copyright of Shell International 27
Slide 28: Ownership Costs: FCEV and Petrol Vehicles
OWNERSHIP COSTS: FCEV AND PETROL VEHICLES Copyright of Shell International 28
Slide 29: Ownership Costs: FCEV and BEV
OWNERSHIP COSTS: FCEV AND BEV Copyright of Shell International 29
Slide 30: Hydrogen Infrastructure Activities
HYDROGEN INFRASTRUCTURE ACTIVITIES Copyright of Shell International 30
Slide 31: Components of a Hydrogen Refuelling Station
COMPONENTS OF A HYDROGEN REFUELLING STATION Copyright of Shell International 31
Slide 32: Supply Pathways: Decentralised Hydrogen Production on a Retail Site
SUPPLY PATHWAYS: DECENTRALISED HYDROGEN PRODUCTION ON A RETAIL SITE Copyright of Shell International 32
Slide 33: Classes of Hydrogen Refuelling Stations by Size
CLASSES OF HYDROGEN REFUELLING STATIONS BY SIZE Copyright of Shell International 33
Slide 34: Specific Well-to-Wheel Passenger Car GHG Emissions, Europe
SPECIFIC WELL-TO-WHEEL PASSENGER CAR GREENHOUSE GAS EMISSIONS “REAL WORLD” DRIVING CONDITIONS, EUROPE Copyright of Shell International 34
Slide 35: Number of FCEVs in Selected Markets
NUMBER OF FCEVS IN SELECTED MARKETS Copyright of Shell International 35
Slide 36: New Registrations of FCEVs in Selected Markets
NEW REGISTRATIONS OF FCEVS IN SELECTED MARKETS Copyright of Shell International 36
Slide 37: Annual H2 Demand of FCEVs (2DS High H2 Scenario)
ANNUAL H2 DEMAND OF FCEVS (IN 2DS HIGH H2 SCENARIO) Copyright of Shell International 37
Slide 38: Well-to-Wheel GHG Savings of FCEVs Compared to Petrol Vehicles
WELL-TO-WHEEL GHG SAVINGS OF FCEVS COMPARED TO PETROL VEHICLES Copyright of Shell International 38
Slide 39: Policy Asks for the Hydrogen Economy
POLICY ASKS FOR THE HYDROGEN ECONOMY Production processes: cost, efficiency, flexibility Fuel cells: cost, efficiency, stability Long-term mass storage, R&D in materials-based storage Support launch of BUP/Micro CHP systems + FC vehicles Build-up of hydrogen supply and distribution infrast
Slide 40: Copyright of Shell International Footer CONFIDENTIAL
Copyright of Shell International Footer CONFIDENTIAL Date Month 2016 40
Slide 41: Questions and Answers
Questions and Answers www.shell.de/h2studie www.shell.de/wasserstoffstudie Copyright of Shell International 41