OUR ENERGY DILEMMA
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OUR ENERGY DILEMMA The combination of  Population growth  Rampant consumerism - PowerPoint PPT Presentation


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OUR ENERGY DILEMMA The combination of  Population growth  Rampant consumerism  Environmental degradation threatens the livelihood of the “have nots” today and increasingly threatens the livelihood of the “haves.” The disparity between the life of the poor and that of the rich

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  • OUR ENERGY DILEMMA

  • The combination of

  •  Population growth

  •  Rampant consumerism

  •  Environmental degradation

  • threatens the livelihood of the “have nots” today and increasingly threatens the livelihood of the “haves.”

  • The disparity between the life of the poor and that of the rich

  • Fuels a rage that is finding its voice or a

    despair that is finding its feet.

  • Breeds volunteers for the struggle against

  • the vulnerabilities of the “haves.”


  • US VULNERABILITIES

  • Porous borders

  • Dependence on foreign oil

     CO2 emissions – global warming

  • Internal combustion engine = distributed

    CO2 emissions

  • Alternative energy sources, viz. solar, wind, and nuclear energy, require associated energy storage.

  • Can electrochemical energy storage meet

    this requirement? Batteries vs Fuel Cells.

  • Electric vehicles would eliminate distributed CO2 emissions.

  • Can electrochemical energy stored during

  • off-peak power enable the plug-in hybrid or

  • the all-electric vehicle?


  • Factual Document

  •  Applications: Transportation

  • Stationary storage

  • Portable power

  •  Rechargeable Batteries: Comparisons

  •  Electrochemical Capacitors

  • Morning Speakers

  • Address these issues

  • Purpose of Workshop

  • To identify Priority Research Directions (PRDs) to enable targets identified by Applications.


  • SYMPOSIUM ORGANIZERS

    John B. Goodenough, University of Texas at Austin

    Hector D. Abruña, Cornell University

    Michelle V. Buchanan, ORNL

    Battery Panel Leads

    M. Stanley Whittingham, SUNY at Binghamton

    Steven Visco, LBNL

    Subpanel Leads

    Glenn Amatucci, Rutgers University

    Michael Thackeray, ANL

    Martin Winter, Graz. University of Technology

    Gerbrand Ceder, MIT

    Clare Grey, SUNY at Stony Brook

    Capacitor Panel Leads

    Yury Gogotsi, Drexel University

    Bruce Dunn, University of California

    Subpanel Leads

    Andrew Burke, University of Louisiana

    John Ferraris, University of Texas

    Samson Jenekhe, University of Washington

    Keryn Lian, University of Toronto

    Henry White, University of Utah

    Crosscutting Panel Leads

    Andrew Gewirth, University of Illinois

    Daniel Nocera, MIT


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