January 14, 2008 www.rachel.org 1 Coal Power Summit January 14, 2008 Sponsored by: Sierra Club of IL Climate Justice Chicago.

Slides:



Advertisements
Similar presentations
FutureGen in Illinois: Clean Energy for the Needs of Tomorrow John Mead SIU Research Center Robert J. Finley State Geological Survey FutureGen For Illinois.
Advertisements

Carbon: Problems And Effects IB SL C.C.S: Carbon Capture and Storage.
Joe Chaisson April 21, Integrated Coal Gasification Combined Cycle (IGCC) Power Plants and Geologic Carbon Sequestration Joe Chaisson.
Kirsten Holte and Kara Sautner. Economic advantages of using coal… Inexpensive Comparatively inexpensive due to large reserves and easy accessibility.
CO 2 Capture and Storage (CCS). Contents The Need for CO 2 Capture and Storage 4 Reliance on Fossil Fuels 5 Largest CO 2 Emitters 7 Addressing the Challenge.
Don Scott Director of Sustainability National Biodiesel Board Biodiesel Liquid Solar Energy.
HYDROGEN FUEL CELLS CURRENT AND FUTURE DESIGNS USE AS AN ENERGY STORAGE DEVICE RENEWABLE VS. CO2 GENERATING DISTRIBUTION METHODS AND COSTS SAFETY.
B9 Coal Deploying Fuel Cells to Generate Cheap, Clean Electricity from Fossil Fuels.
Energy TPES.
Presentation By : Mostafa Ahmed Hathout
Lecture 12 Chapter 7 Conclusion Coal Conversion.
Energy Plan for the Nation An Answer to Foreign Fossil Fuel Dependency Jones and Associates Sarah Jones Assetou Barry John Fritz Laura Meza.
Two environmental Problems Caused by Burning Fossil Fuels
Renewable Energy Integration
‘Shale’ Natural Gas A Global Warming Solution Jeffrey McManus Chesapeake Climate Action Network.
How Power Plants Work. Smoke or steam? Figure: Allegheny Sierra Club.
Alternate Energy Sources for the 21 st Century Mike Ewert Houston Renewable Energy Group.
Biomass Electricity Megan Ziolkowski November 29, 2009.
Concept 16-8 Hydrogen fuel holds great promise for powering cars and generating electricity, but to be environmentally beneficial, it would have to be.
The Future of Coal: Carbon Capture and Storage Dmitri Malinin Fall 2006 CBE 555 Dmitri Malinin Fall 2006 CBE 555.
Emerging sustainable energy technologies. Ferrybridge Power Station (Eric De Mare)
Climate Change: An Opportunity for a Bi-Lateral Approach Driving Technology Innovation Woodrow Wilson International Center for Scholars Canada Institute.
Coal By: Kathryn Bower, Maeve Crowley and Marissa Toren.
Carbon Capture & Storage(CCS)
Hydro-Power Presentation sponsored by: Hydro-Solutions of New Hampshire Presenter: Jean-Philippe Dubois.
Capturing Energy Waste
Can CCS Help Protect the Climate?. Key Points Climate Protection requires a budget limit on cumulative GHG emissions. Efficiency, Renewable Electric,
Global Warming. Amount of CO2 – emissions in Germany.
UK Renewable Energy Policy with particular reference to bioenergy
Alternative Energy Resources. How much of the energy we use in the United States comes from renewable energy sources?
Energy Resources.
ENERGY: SUPPLY AND DEMAND Dr. Ron Lembke. US Energy “Sankey” Diagram.
OPTIMIZATION OF CONVENTIONAL THERMAL & IGCC POWER PLANT FOR GREEN MEGA POWER Dr. V K Sethi & J K Chandrashekar Director Adviser Director Adviser University.
Climate Change and Renewable Heat; The Importance of Biomass Use Green Heat Wood Fuel for the Construction Industry.
Utility Perspective on Climate Change Frank Prager January 22, 2008 Frank Prager January 22, 2008.
The Pie in the Sky: Emissions Allowances Under Power Plant Legislation David Doniger Policy Director, NRDC Climate Center Sustainable Energy Institute.
Hydrogen, fueling the sun today, fueling our cars tomorrow.
IGCC: Technology to Make Coal Green(er)
Spain: Can we give up any of the primary energy sources? Alejo Vidal-Quadras Roca Vice-President of the European Parliament Member of the Industry, Energy.
Energy Resources. Renewable Resource A natural resource that can be replaced in nature almost as.
Renewable Energy Sources SULEYMAN DEMIREL UNIVERSITY.
The Future of Coal Matt Jahnke February 13, 2006.
The policy implications of cumulative greenhouse gas emissions or Don’t Ignite the Lignite! Policy Ignite Presentation 4 May 2010 Milan Ilnyckyj
Innovation for a low carbon future – The envisaged role of The Technology Innovation Agency David Phaho Technology Innovation Agency.
Clean Energy Solutions Milton L. Charlton Chief for Environment, Science, Technology and Health Affairs U.S. Embassy Seoul.
A Year’s Progress and Promise for the Future. State Leadership Center for Climate Strategies.
Alternative Energy Take a look at how electricity is made
Introduction :-  Energy conservation means saving of nonrenewable energy resources.  Development of science which is destroy natural resources, it is.
CCS and Climate. Do We Need CCS? Climate protection is impossible with current emission trends. Global coal investments will lock in high cumulative carbon.
Future Power Generation in Georgia Georgia Climate Change Summit May 6, 2008 Danny Herrin, Manager Climate and Environmental Strategies Southern Company.
Fig , p. 415 More Renewable Energy Increase renewable energy to 20% by 2020 and 50% by 2050 Provide large subsidies and tax credits for renewable.
Energy and Fuel Sources Mrs. B-Z. Two broad categories Renewable –Perpetually Renewable –Potentially Renewable Nonrenewable.
Energy Resources Notes. Nonrenewable resources A natural resource that is not replaced as it is used May take millions of years to form Includes oil,
Possible Fuel Options for Your Car
Britta Groh Physics 106Spring  Almost 85% of the energy used in the US in 2007 was generated by fossil fuels  Fossil fuel technologies are no.
Waste to Fuel: Problems and Solutions By Connor Wright 7 th grade, Tamarac Middle School RPI EcoEd Middle School Research Report Spring 2012.
Carbon Abatement Technologies – A new Strategy Brian Morris Head Cleaner Fossil Fuel Technologies Unit.
Hydro WHY PRODUCTIONSTORAGE HARVESTING ENERGY BENEFITS PRACTICALITY The demand for energy is increasing while the finite supply of fossil fuel is being.
U.S. Energy Information Administration Independent Statistics & Analysis Outlook for coal and electricity for National Coal Council November.
Energy Sources19 Apr Class listSeating Plan Sustainable Energy 19 Apr 2012.
Proposed Carbon Pollution Standard For New Power Plants Presented by Kevin Culligan Office of Air Quality Planning And Standards Office of Air and Radiation.
Carbon Sequestration A Strategic Element in Clean Coal Technology Presentation to: Mid-America Regulatory Conference (MARC) Columbus, Ohio, June 20, 2006.
Fossil Fuel Power Stations Stefan Suarez, Harrison Pearl, Will Engelhardt, and YOU!
NONRENEWABLE AND RENEWABLE RESOURCES. HMMMM.... What do you think nonrenewable resources are? Break it down... Nonrenewable? Resource?
R ENEWABLE ENERGY IN S COTLAND By Eilidh, Caireen, Louisa and Eva.
About Us Overview Off Grid Technologies is a premier engineering & consulting firm that specializes in renewable energy projects in commercial, industrial,
Renewable, Nonrenewable, and Inexaustable energy resources
The Unexpected Benefits of Climate Action
GLOBAL EFFECTS.
Energy Transformation and Fuels (p 226)
Presentation transcript:

January 14, Coal Power Summit January 14, 2008 Sponsored by: Sierra Club of IL Climate Justice Chicago

January 14, Introductions Considering local (Fisk/Crawford) vs. Regional (fleet wide) approaches/activism Special report: FutureGen 'clean coal' in IL Priorities…how we get to no more coal! Agenda

January 14, FutureGen Carbon Sequestration, IGCC, Coal to Liquid Fuel The Future of ‘Clean Coal’

January 14,

January 14, What Is Coal Gasification? As an alternative to burning coal, the process of gasification coverts coal from a solid state into a gas The gas—mostly of hydrogen and carbon monoxide and very similar to natural gas— can be used to make chemicals and/or electric power

January 14, Analogy of FutureGen: Polk Power Plant IGCC complete in MW output

January 14, Myth? Reality…

January 14, What is Integrated Combined Cycle (IGCC)? It is the combining of a gasification plant with a combined cycle of electric generating plant.

January 14, IGCC…

January 14, Sequestration at Mattoon

January 14, Carbon Sequestration Carbon Capture & Storage (CCS) An industrial plan to bury as much as 10 trillion tons of carbon dioxide deep in the ground, hoping it will stay there forever.

January 14, Status…benefits Endorsed by major environmental groups, universities, philanthropies and the federal government. Would allow coal and oil firms to retain and even expand their market share, eliminating the need for substantial innovation. Greatly reduce the incentive for Congress to invest in renewable energy. Might protect coal and oil corporations from legal liability for global warming

January 14, What if it doesn’t work? Failure would occur decades or centuries into the future… Current generation of decision-makers, researchers, philanthropists, and environmental advocates could no longer be held accountable.

January 14, Who will benefit? Once large-scale carbon sequestration has begun, the coal industry will be free to unleash an enormous new enterprise turning coal into liquid fuels (CTL)...

January 14, Coal to Liquid Fuels (CTL) Perfected during WWII by the Germans Exceptionally dirty … produces twice as much carbon dioxide per gallon of fuel Uses 7 gallons of water for every gallon of fuel produced.

January 14, Why now? “In a carbon-constrained world, CCS is needed to save coal” "Saline aquifers will either make or break this technology," -- Howard Herzog (MIT) …without carbon sequestration, the coal industry itself cannot survive.

January 14, CCS: Danger of Tiny Leaks Today we emit eight billion tonnes of carbon into the atmosphere each year... global warming Fossil fuels left in the ground contain 4,130 billion tonnes of carbon globally Burn and capture just 25% of that... leakage of only 0.8% of the total per year would exceed the current annual human contribution to atmospheric carbon. Burn 75%, then annual leakage of 0.26% of the total would exceed the current annual human contribution to atmospheric carbon.

January 14, % Reduction by 2050… If we accept this estimate of the carbon reduction needed -- cutting 80% from current levels -- then the allowable leakage must be reduced accordingly (8 B to 1.6 B allowable) If 25% of remaining fossil carbon is sequestered, any leakage above 0.16% (about one-sixth of one percent) of the total per year could eventually result in runaway global warming; If 75% of remaining fossil carbon is sequestered, then leakage greater than 0.05% (one-twentieth of one percent) of the total per year could eventually produce runaway global warming.

January 14, What CSS Really Means Can we bury several trillion tons of carbon dioxide in the ground with complete confidence that 0.05% of it will not leak out each year? Never leak out? The leakage could begin at any time in the far distant future because the danger would lie buried forever, waiting to escape, a perpetual threat.

January 14, Good $ense? FutureGen (Mattoon, IL) $1.8 B and counting 275 MW Twin Groves Wind Farm (Bloomington, IL) $600 M 400 MW

January 14, Energy from Coal, Natural Gas & Nuclear

January 14,

January 14, Coal Power Summit January 14, 2008 Rember…every dollar spent to prop up Big Coal is a dollar that cannot be spent creating good jobs with a real future -- renewable energy and efficient use. Every dollar spent propping up Big Coal is a dollar that cannot be spent renewing the U.S. as a world-class industrial leader.

January 14, Thank You! No More Coal!

January 14,

January 14, Summary… Wind & Solar can meet all our energy needs –50% reduction of GHG potential Mass transit improves quality of life and –15% reduction in GHG potential Local organic food and farming –15% reduction in GHG potential Green building / Conservation-Efficiency –Energy efficiency can be improved by 80-90%

January 14,