Shell PLC · LSE:SHEL
Shell — Technical Presentation (February 2007)
18 slides from Shell's technical presentation, Feb 21, 2007
Slide 1: Carbon Management Technologies
Carbon Management Technologies February 21, 2007 Graeme Sweeney, Executive Vice President, Shell Renewables, Hydrogen, CO2 and Power XXXXXXXXXXXXXXXX Copyright 200?
Slide 2: Disclaimer Statement
Disclaimer Statement This document contains forward-looking statements concerning the financial condition, results of operations and businesses of Royal Dutch Shell. All statements other than statements of historical fact are, or may be deemed to be, forward-looking statements. Forward-looking state
Slide 3: Agenda
Agenda 1. Energy Challenge 2. Strategy and actions • Natural Gas • Fuels - Sustainable mobility • Unconventionals • Carbon Management • Renewables: Wind & Solar 3. Shell Response 3 Shell Technology webcast – February 21, 2007
Slide 4: The Challenge
The Challenge Rising Global Energy Demand Changing Energy Mix 100= Global primary energy demand 2000 Million barrels oil equivalent per day 400 600 350 500 High 300 400 Low 250 Alternative Energies Large Scale Hydro 300 200 Nuclear Gas 150 Oil 200 Coal Rest of the World 100 100 OECD 50 0 0 2000 2025
Slide 5: The "three Cs" or "three Es"
The “three Cs” or “three Es” Efficiency/Economy (Cheap) Ca r Ca bon Oil p Sto ture Shale rag & e HVO Hydro Coal Natural Gas Oil ME Oil & Gas Sands Geothermal Energysecurity Environment (Convenient) Wave Solar Bio Wind (Clean) Renewables 5 Shell Technology webcast – February 21, 2007
Slide 6: Shell's global LNG business
Shell’s global LNG business Shell in Europe Pan-European marketer Coral in North America Shell in Asia Pacific #1 LNG importer* #3 energy marketer #1 LNG supplier* 4 LNG import sites India and China access LNG supply In operation Under construction Under development Regas capacity In operation Under
Slide 7: Focus on Sustainable Fuels
Focus on Sustainable Fuels Energy Drive-train options source Upgrading / Conversion Difficult Crudes Non Conv. Oil Refining Liquid Oil Conventional & advanced biofuels Fuels Synthetic fuels Conventional ICE Gas Fischer Tropsch Coal Partial Syngas Plug-In hybrid diesel Oxidation CO, H2 Biomass CCGT S
Slide 8: Synthetic Fuels "XTL"
Synthetic Fuels “XTL” Emissions Reductions • Synthetic fuel can also be made from coal (CTL) and biomass (BTL) 30 Example:Particulates Emissions [mg/km] • These synthetic “XTL” products are identical • Flexible feedstock options (e.g. coal and biomass co-firing) 20 GTL Fuel: • Most cost-efficient al
Slide 9: Qatar Pearl Gas to Liquids: world scale integration
Qatar Pearl Gas to Liquids: world scale integration Offshore gas Integrated GTL Complex Clean liquid products Ras Laffan Doha North Field Ras Laffan GTL fuel blends Upstream Downstream Gas production, transport & treatment 2 train GTL plant 1.6 bcf/d wellhead gas 140kb/d clean liquid products & fuel
Slide 10: Hydrogen
Hydrogen 1999 2000 2001 2002 2003 2004 2005 T E •Bringing Hydrogen into retail setting via isolated demonstration projects C •5 projects in main markets: US: Washington DC; Asia: Tokyo; Europe: Amsterdam, Luxembourg, Iceland H •Learning by doing and creating public awareness N •Building Joined Ventu
Slide 11: Unlocking global hydrocarbon resources (>13 trillion boe)
Unlocking global hydrocarbon resources (>13 trillion boe)* CONVENTIONAL OIL NATURAL GAS OIL SHALES COAL EXTRA HEAVY OIL OIL SANDS ~3 Tboe ~4 Tboe ~3 Tboe ~4 Tboe Exploration Exploration In-situ recovery Clean coal Deepwater Deepwater Maximised recovery Tight gas Novel crude upgrading Coal to Liquids
Slide 12: Focus on CO2 Management
Focus on CO2 Management Norway Integrated CO2 Value Chain Iogen Cellulose Ethanol Dongting Choren Coal Gasification Biomass-To-Liquids 15 Coal Gasification licences Buggenum Clean Coal to Power GeoSequestration Efficiency Mineralisation Enhanced Oil Recovery Clean Coal Renewables Stanwell ZeroGen Ad
Slide 13: Carbon Capture and Sequestration (Offshore Norway)
Carbon Capture and Sequestration (Offshore Norway) PROJECT STATUS • Shell and Statoil agreement • Feasibility studies ongoing • Early days • Technically and commercially challenging PROJECT DESCRIPTION • Capturing CO2 from power generation onshore and using it for EOR 13 Shell Technology webcast – F
Slide 14: Renewables: Pursing a Competitive Business
Renewables: Pursing a Competitive Business Shell Wind Energy Shell Solar Shell Hydrogen Leading wind New generation thin World’s largest operator film technology (CIS) public transport JV 416 MW installed Highest efficiency of (NL) capacity (Shell share) all thin-films Demonstration NoordZee Wind (5
Slide 15: Solar: New Generation CIS
Solar: New Generation CIS FID 11/06 to form JV ‘Avancis’ with Saint-Gobain: 20MW joint facility planned for 2008 Why thin-film? • Lower consumption of materials • ½ the number of process steps • Simplified materials handling • Significantly streamlined assembly Why CIS? • Highest efficiency of all t
Slide 16: WindEnergy: Developer, Owner & Operator
WindEnergy: Developer, Owner & Operator Cabazon Pass, California White Deer, Texas 80MW 41MW Harburg, Germany 3.6MW Blyth Offshore, UK 3.8MW La Muela, Spain Brazos, Texas Rock River, Wyoming 99MW 160MW Whitewater Hill, California 50MW 61.5 MW FID on Mount Storm, West Virginia 160MW • Total capacity*
Slide 17: Some Assumptions and Ideas
Some Assumptions and Ideas • Hydrocarbons – will continue to provide the foundation of the world energy supply for at least the rest of the century • Gas and Unconventionals – growing components of energy mix • The challenge - to develop technology and hydrocarbon resources in environmentally and so
Slide 18: Thank you Questions
Thank you Questions Shell Technology webcast – February 21, 2007