Why India is Turning to Coal Frank Clemente Ph.D. Senior Professor of Social Science & Energy Policy Penn State University

Slides:



Advertisements
Similar presentations
Said Chehab ALMEE Ramses Amman Workshop June 2010 Enhancement of Energy Efficiency Policies and Renewable Energy Sources in the Mediterranean region, a.
Advertisements

Rauðarárstíg Reykjavík Sími Bréfsími: Towards the Hydrogen Economy Iceland's Vision.
Toward a Sustainable Future Name of Conference, Event, or Audience Date Presenter’s Name | ©2011 Synapse Energy Economics Inc. All.
LPG: OPPORTUNITIES AND CHALLENGES (Round Table Discussions) 22 nd World LP Gas Forum October, 7th-9th 2009 Hanung Budya - SVP Marketing PT. Pertamina (Persero)
Coal Jason Zhong Ron Huang. Introduction Coal is a nonrenewable energy source. It’s a combustible black or brownish-black rock composed mostly of carbon.
This is part of a series of general presentations that will be regularly updated by NCGA through Feel free to reuse this as needed, in your own PowerPoint.
Population and Global Resources . Outline ä The need for population projections ä Population Projection Methods ä Global Statistics – ä Population ä.
Population & Environment II ES 118 Spring Life expectancy 20 th Century saw global transformation of human health 20 th Century saw global transformation.
Monroe L. Weber-Shirk S chool of Civil and Environmental Engineering Global Resources 
Sustainability and MDGs
Why should renewable energy not be subsidised?. Sustainable Energy Usage By the end of the lesson you will; 1) Be able to describe the key features of.
Introductions BIOL1040 Environmental Science.
Energy Future Is Coal King or Disappearing? Global Competition, Energy Sources, Economic Growth and Human Welfare.
China’s Sustainable Energy Policy
 Wind Turbines are used to power electric generators and allows wind to be used as an alternative fuel.  Wind Power is used to power homes, businesses,
© OECD/IEA 2011 COAL AND CHINA’S CHOICES Jonathan Sinton China Program Manager International Energy Agency Washington, D.C., 12 January 2011.
Energy Development in China - From a View Point of Sustainable Development Yang Hongwei, Zhou Dadi Energy Research Institute, P. R. China
“Energy and Sustainable Development” Kiyotaka AKASAKA Consul-General of Japan in Sao Paulo JICA / ABJICA Forum on Energy at Japan Foundation February 20,
INTERNATIONAL ENERGY AGENCY AGENCE INTERNATIONALE DE L’ENERGIE 1 Dr. Robert K. Dixon Head, Energy Technology Policy Division International Energy Agency.
INTERNATIONAL ENERGY AGENCY World Energy Outlook: Key Strategic Challenges Maria Argiri Economic Analysis Division.
111 Energy Realities Facing the United States Frank Clemente Ph.D. Senior Professor of Social Science & Energy Policy Penn State University
Energy Situation, Security and Policy of China Dr. FENG Fei Development Research Center State Council, PR China.
Balancing Act: Planning for a Sustainable Wisconsin Crispin Pierce, Ph.D. 28 December 2005.
RISING OIL AND GAS PRICES IS GOOD FOR US AND WORLD ECONOMY IN THE LONG RUN By: Harpreet Singh.
Aligning Climate Change and Sustainable Development Policies Presentation for the COP12 and COP/MOP2 side-event “Global Challenges toward Low-Carbon Society.
Energy poverty: Definition No universally accepted definition of minimum energy access Affordability definition: –British: A household is said to be in.
Renewable Energy Resources Direct Solar –Electricity –Heating (Passive Solar/Solar Hot water Wind Power Hydropower Biomass Geothermal Power.
Energy Enabling Women: Past, Present, Future by Jacky Scholz Namibian Electricity Control Board African Utility Week Cape Town 8 – 10 May 2006.
Mekong Seminar November 03, 2008 Electrification of Remote Rural Areas- Challenges and Possibilities Suvisanna Mustonen M.Sc. (Power Engineering)
Energy and Sustainable Development Appropriate Design for Developing Countries Spud (Steve) Marshall David Creasy Jay Moran 19 July 2007 Energy Tomorrow.
1 Status of and Outlook for Coal Supply and Demand in the U.S. Imagine West Virginia Spring 2010 Board of Governors Meeting April 13, 2010 Scott Sitzer.
China’s Energy Consumption Econ 286 Spring 2000 Josh Counts and Rhys James.
Dr. Kandeh K. Yumkella Director-General, UNIDOBoulder, 17 Sept
Energy – Current Status and Policies Shuba V. Raghavan CSTEP Center for Study of Science Technology and Policy 1.
An Introduction to Energy. Why do we care? 1. Fossil fuels are finite a fuel (as coal, oil, or natural gas) formed in the earth from plant or animal.
How to Achieve Universal Modern Energy Access by 2030? Hisham Zerriffi (UBC) Shonali Pachauri (IIASA)
© OECD/IEA World Energy Outlook 2007: China and India Insights Pawel Olejarnik Research Analyst International Energy Agency.
Chapter 26 Energy Resources. Transfer of Solar Energy The energy that humans and The energy that humans and.
Energy Information Administration Official Energy Statistics from the U.S. Government Annual Energy Outlook 2008 Energy Information Administration December.
 Each day we rely on electricity-gobbling gadgets that didn’t exist years ago.  Americans are devouring much more energy than ever.  We need.
Clean Energy Solutions Milton L. Charlton Chief for Environment, Science, Technology and Health Affairs U.S. Embassy Seoul.
Natural Resources of Our World
World Energy Outlook 2006 Scenarios for the World and the European Union Presentation to European Wind Energy Conference Milan, Italy, 7-10 May 2007.
Coal and Sustainable Development David Cain of Rio Tinto for the World Coal Institute UNECE Ad Hoc Group of Experts on Coal and Thermal.
Scenarios for CO 2 Emissions from the Transport Sector in Asia Presentation by John Rogers 24 th May, 2006.
CHALLENGES ~3 Million residents 33% of Households below poverty line Families in need of adequate shelter Rising unemployment rate Increasing.
© OECD/IEA 2013 Maria van der Hoeven IEA Executive Director.
Institutional Issues will Constrain the Construction of New Nuclear Generation in the United States Frank Clemente Ph.D. Senior Professor of Social Science.
WORLD ENERGY PICTURE. Figure 1 World Energy Consumption Projections indicate continued growth in world energy use, despite world oil prices that are.
© OECD/IEA INTERNATIONAL ENERGY AGENCY Energy and Climate Outlook Dr. Fatih Birol Chief Economist International Energy Agency.
111 Energy Realities Facing the United States Frank Clemente Ph.D. Senior Professor of Social Science & Energy Policy Penn State University
1 The Cost of Energy Dependence Frank Clemente Ph.D. Senior Professor of Social Science & Energy Policy Penn State University
Would you pay for trash?. Energy! Energy History in the United States What is our main source of energy today? 100 years ago, what was our main source.
AMBITIOUS TARGETS FOR ENERGY RD & D MEETING PLANETARY EMERGENCIES.
WHY ENERGY MATTERS? Energy is central to nearly every major challenge and opportunity the world faces today. Be it for jobs, security, climate change,
Energy and the Environment. Background Americans only make up 5% of world’s population but consume 20% of its energy Americans only make up 5% of world’s.
Energy and Food Production CENV 110. Energy intensity of food production Crops Land animals Fish.
Penn State and the Global Oil and Gas Industry Dr. Fariborz Ghadar Founding Director, The Center for Global Business Studies William A. Schreyer Professor.
© Cengage Learning 2015 LIVING IN THE ENVIRONMENT, 18e G. TYLER MILLER SCOTT E. SPOOLMAN © Cengage Learning 2015 Nonrenewable Energy-Fossil Fuels.
Oxford Institute forEnergy Studies Balanced Clean Development in China Renfeng Zhao Oxford Institute for Energy Studies/Kreab Courtesy of workshop participants.
THE WORLD BANK Coal and the Search for Energy Security: Challenges Facing China Junhui Wu Energy Sector Manager East Asia and Pacific Region.
© OECD/IEA 2016 Dr. Kamel Ben Naceur Paris, 21 September.
World Energy and Environmental Outlook to 2030
Coal and Sustainable Development
Energy and Climate Outlook
National Energy Marketers Association U.S. International Energy Policy
GENDER STATISTICS AND AFFORDABLE SUSTAINABLE MODERN ENERGY FOR ALL.
Tracking fossil fuel subsidies in APEC economies
Renewable Resources.
THE ENERGY ACCESS SITUATION IN DEVELOPING COUNTRIES
Presentation transcript:

Why India is Turning to Coal Frank Clemente Ph.D. Senior Professor of Social Science & Energy Policy Penn State University

The Power of Coal: If India Did Not Use More Coal To meet projected demand, and replace projected incremental coal based electricity generation, India would have to obtain more than 13 Tcf of NG, build 210 nuclear power plants or construct the equivalent of 400 Hoover Dams 1,7701,736 1,509 1,586

The Logic of India’s Continuing Reliance on Coal “There are no alternatives to hydrocarbons in the foreseeable future” M.Economides, Professor of Engineering, University of Houston, 2008 “Clean coal technology is one of the most promising routes for mitigating emissions—India [will] benefit” IEA, 2007 “Access to electricity is strongly correlated with every measurable indicator of human development” -Berkeley Science Review, 2008 “India has more people without adequate access to energy than any country in the world” -National Resources Forum, 2008 “Removal of poverty is the greater immediate imperative than global warming” P. Ghosh, Secretary of the Environment, India,2007

The World Bank Agrees ●“India needs much more power in a short time frame to continue its economic development.” ●“India still must rely on (coal) to meet growing demand” ●“Gas-based power is not a viable alternative …not enough natural gas is available …and the power it generates is too expensive” ●“Wind power still has limited reliability and its higher cost …makes it unsustainable for meeting large scale demand” * July,2008

5 India Faces Rampant Growth

The Context and Scale of Growth Current Growth By 2030

7 Coal is India’s only Energy Advantage India’s Share of the World’s Energy Reserves “Coal is expected to be the mainstay of power generation in the years to come” India’s 11th Five Year Plan ( )

What Coal Conversion Will Do For India  Electricity – consumption will nearly triple by 2030 to almost 2,800 terawatt hours (TWh).  Liquid fuels – India will have over 150 million vehicles in 20 years.  Natural Gas – demand will increase 170%.  Dimethyl Ether (DME) – a completely sootless fuel that can greatly reduce dependence on wood and dung in household cooking.  Petrochemicals – ammonia, formaldehyde, ethylene, propylene, methanol production will add significant value to Indian economy.  Manufacturing – Energy sources to make iron and steel as well as non-metallic goods, including cement and soda ash.

Coal is the Cornerstone of Energy in India Coal: 39% 2005 Other fuel: 61% 2030 Coal: 48% Other fuel 52% By 2030, the 1.5 billion people in India will depend more on coal for energy than any country in the world – except for the 1.5 billion people in China.

10

Coal’s Track Record in India Coal accounted for 70% of India’s increase in electric power generation from Access to Electricity Increased 30% GDP Increased 124% Food Production Increased 27% Primary Grade Completion Increased 31% U.N. Human Development Index Increased 19% Abject Poverty Decreased 10% Fertility Rate Declined 26% Undernourishment Fell 20% Malaria cases declined 12% Number of Illiterate Adults reduced by 25% Enhancing the Quality of Life Reducing Despair

The Scale of Latent Demand for Electricity in India Millions of People in India Toil in An Bleak World Removal of poverty is the greater immediate imperative than global warming” P. Ghosh, Secretary of the Environment, India

We are at the beginning of the road: India’s Electricity Consumption per Capita Compared to Other Nations Source: United Nations

India Will Increasingly Rely Upon Coal for Electricity Generation

Using Dimethyl Ether (DME) from Coal as a household cooking fuel will save millions of lives  DME derived from coal is a highly efficient fuel for cleaner household cooking  DME is soot free gas, with reduced Nox and Sox emissions  DME from coal could replace harmful dung and wood cooking, reducing both morbidity and mortality rates  DME from coal could replace LPG, a common cooking fuel which fluctuates with world oil prices See: Larson and Young, Energy for Sustainable Development, 2004; and Goldberg et.al, Energy for Sustainable Development, 2004

Why Indian families need more DME from coal million Indians still rely on wood or dung for cooking 2.The concentration of particulate matter in household air is 2,000 microgrammes per m3 - compared to 150 in U.S. 3.Women and children are especially impacted and account for 400,000 premature deaths per year 4.Household use of biofuels accounts for about one fifth of the blindness in India “2.5 million women and children in developing countries die prematurely from breathing the fumes from biomass stoves” (World Health Organization, 2007)

The Search for a Better Life: India’s Five Year Plan’s Goals Confront Stark Reality Goal in the Five Year PlanCurrent Situation Reduce poverty by 10%360 Million people earn less than a dollar per day Lower the gender gap in literacy52% of Women cannot read Reduce infant mortality rateInfant mortality rate of 56 Compared to 4 in Germany Provide clean drinking water140 Million people have no improved water supply Ensure electricity connection to all villages 380 Million rural residents lack electricity