Energy’s Grand Challenges Why there isn’t an easy solution
Source:  US Energy Information Administration Today’s Energy 85.5 % = fossil fuels (oil, gas, coal) 14.5 % = nuclear and all other sources  By 2025 87 % = fossil fuels (oil, gas, coal) 13 %= nuclear and all other sources
World demand for energy  expands 45% by 2030 Source: IEA World Energy Outlook 2008
Challenge: bridge supply limitations with  24-hour demand for electricity worldwide Image Credit: NASA 1970s: Photo from space - glow from electric lights at night.
Challenge: bridge supply limitations with  24-hour demand for electricity worldwide Streamline electricity grid for efficiency Develop wind and solar storage systems for peak use. Continue “clean coal” technology advancements Increase use of natural gas Image Credit: NASA 2005: Photo from space - glow from electric lights at night.
Challenge: Develop new technologies  and cultural habits.  Modernize electricity grid Develop and use more efficient transportation energy (i.e. hybrids, electric cars, hydrogen, natural gas, algae-based fuels) Redesign homes and buildings Use less!
Challenge: Develop new technologies  and cultural habits Engineers use complex computer  simulation models for design
How important is oil? U.S.  consumes  19.5 million barrels of oil per day U.S.  produces  8.5 million barrels  of oil per day
Artificial Hearts Aspirin Balloons Bandages Blenders Cameras Candles CD Players Clothing CDs/DVDs Computers Containers Crayons Credit Cards Dentures Deodorant Digital Clocks Dyes Fertilizers Food Preservatives Footballs Furniture Garbage Bags Glasses Glue Golf Balls Hair Dryers Hang Gliders House Paint Ink Insecticides Life Jackets Lipstick Luggage Medical Equipment Medicines MP3 Players Pantyhose Patio Screens Perfumes Photographic Film Photographs Piano Keys Roller Blades Roofing You can kiss lipstick good-bye. Shampoo Shaving Cream  Soft Contact Lenses Surfboards Telephones Tents Toothpaste Toys Umbrellas
How valuable is petroleum? Enough energy to heat  80 million   homes  382 million gallons of gasoline  to service stations, enabling  200 million drivers   to get to work, take their kids to school, and take vacations-- traveling  7.5 billion road miles   every day  67 million gallons   to airport terminals, enabling  30,000 flights   to travel around the world  Source: API Energytomorrow.org In  one day , the oil and gas industry delivers
The search for oil and gas Exploration Appraisal   Production   Refining and Marketing
Where we find oil: porous rock
Hydrocarbon Traps Images courtesy of http://www.planete-energies.com
Challenge: getting the oil out Today, we can access hydrocarbons trapped in rocks with smaller, complex pores using horizontal drilling
Challenge: large oilfields increasingly difficult to find. Seismic technology advances Breakthroughs in computer processing power and data management needed Offshore deepwater exploration
Seismic Reflections
Challenge: getting the oil out Deepwater Drilling The Deepwater Pathfinder drillship (shown) can drill in water depths up to 10,000 feet Dynamic-Positioning - Small thrusters and global positioning keep it stable, shifting less than 50 feet in any direction.
Offshore Rig A deepwater project will: Take many years to complete Cost almost $1 billion USD Employ 2000 people Bring 50,000 barrels of oil per day to market
Production Systems
Safety and Environmental Protection are Critical! Deepwater Horizon There has not been an offshore accident of this magnitude in the US since the late 1960s.
2009 Analysis of U.S. Oil Spillage - API
Challenge: Recruiting the next generation of engineers and scientists  Engineering Petroleum, Chemical, Mechanical, Others Geoscience Geology, Geophysics Sciences All basic sciences - research Business Finance, HR, Management
Energy’s Grand Challenges Your Questions

En genergysgrandchallenges

  • 1.
    Energy’s Grand ChallengesWhy there isn’t an easy solution
  • 2.
    Source: USEnergy Information Administration Today’s Energy 85.5 % = fossil fuels (oil, gas, coal) 14.5 % = nuclear and all other sources By 2025 87 % = fossil fuels (oil, gas, coal) 13 %= nuclear and all other sources
  • 3.
    World demand forenergy expands 45% by 2030 Source: IEA World Energy Outlook 2008
  • 4.
    Challenge: bridge supplylimitations with 24-hour demand for electricity worldwide Image Credit: NASA 1970s: Photo from space - glow from electric lights at night.
  • 5.
    Challenge: bridge supplylimitations with 24-hour demand for electricity worldwide Streamline electricity grid for efficiency Develop wind and solar storage systems for peak use. Continue “clean coal” technology advancements Increase use of natural gas Image Credit: NASA 2005: Photo from space - glow from electric lights at night.
  • 6.
    Challenge: Develop newtechnologies and cultural habits. Modernize electricity grid Develop and use more efficient transportation energy (i.e. hybrids, electric cars, hydrogen, natural gas, algae-based fuels) Redesign homes and buildings Use less!
  • 7.
    Challenge: Develop newtechnologies and cultural habits Engineers use complex computer simulation models for design
  • 8.
    How important isoil? U.S. consumes 19.5 million barrels of oil per day U.S. produces 8.5 million barrels of oil per day
  • 9.
    Artificial Hearts AspirinBalloons Bandages Blenders Cameras Candles CD Players Clothing CDs/DVDs Computers Containers Crayons Credit Cards Dentures Deodorant Digital Clocks Dyes Fertilizers Food Preservatives Footballs Furniture Garbage Bags Glasses Glue Golf Balls Hair Dryers Hang Gliders House Paint Ink Insecticides Life Jackets Lipstick Luggage Medical Equipment Medicines MP3 Players Pantyhose Patio Screens Perfumes Photographic Film Photographs Piano Keys Roller Blades Roofing You can kiss lipstick good-bye. Shampoo Shaving Cream Soft Contact Lenses Surfboards Telephones Tents Toothpaste Toys Umbrellas
  • 10.
    How valuable ispetroleum? Enough energy to heat 80 million homes 382 million gallons of gasoline to service stations, enabling 200 million drivers to get to work, take their kids to school, and take vacations-- traveling 7.5 billion road miles every day 67 million gallons to airport terminals, enabling 30,000 flights to travel around the world Source: API Energytomorrow.org In one day , the oil and gas industry delivers
  • 11.
    The search foroil and gas Exploration Appraisal Production Refining and Marketing
  • 12.
    Where we findoil: porous rock
  • 13.
    Hydrocarbon Traps Imagescourtesy of http://www.planete-energies.com
  • 14.
    Challenge: getting theoil out Today, we can access hydrocarbons trapped in rocks with smaller, complex pores using horizontal drilling
  • 15.
    Challenge: large oilfieldsincreasingly difficult to find. Seismic technology advances Breakthroughs in computer processing power and data management needed Offshore deepwater exploration
  • 16.
  • 17.
    Challenge: getting theoil out Deepwater Drilling The Deepwater Pathfinder drillship (shown) can drill in water depths up to 10,000 feet Dynamic-Positioning - Small thrusters and global positioning keep it stable, shifting less than 50 feet in any direction.
  • 18.
    Offshore Rig Adeepwater project will: Take many years to complete Cost almost $1 billion USD Employ 2000 people Bring 50,000 barrels of oil per day to market
  • 19.
  • 20.
    Safety and EnvironmentalProtection are Critical! Deepwater Horizon There has not been an offshore accident of this magnitude in the US since the late 1960s.
  • 21.
    2009 Analysis ofU.S. Oil Spillage - API
  • 22.
    Challenge: Recruiting thenext generation of engineers and scientists Engineering Petroleum, Chemical, Mechanical, Others Geoscience Geology, Geophysics Sciences All basic sciences - research Business Finance, HR, Management
  • 23.