Introduction to Global Energy Issues

From the discovery of fire to that of the atom, the development of human societies has largely been based on the conquest of energy. In all countries, energy has gradually become one of the key factors of social and economic development, as well as capital, labor and natural resources, and now no one can do without it. After decades of cheap energy

Table of Contents:
Preface (by Jean-Arnold Vinois, Honorary Director at the European Commission, Former Director of the internal energy market within the Directorate General for Energy) Acronyms About the authors 1 Introduction 1.1 Overall presentation 1.2 Structure of the book 1.3 Educational use of this book 1.3.1 Recommended pedagogy 1.3.2 Available Diapason sessions 1.4 Energy and economic statistics 2 Energy sectors 2.1 Presentation 2.2 Forms of energy 2.3 Conversion of energy 2.4 Main sources of energy 2.4.1 Oil 2.4.2 Natural gas 2.4.3 Coal 2.4.4 Non-conventional fuels 2.4.5 Nuclear energy 2.4.6 Renewable energies 2.5 Electricity production 2.5.1 Thermal power plants 2.5.2 Production management 2.5.3 Transport and distribution 2.5.4 Cost structure 2.5.5 Conclusion 2.6 Thermal or pneumatic energy storage 2.7 Common characteristics and comparisons 2.7.1 Implementation time 2.7.2 Diversity and rigidity 2.7.3 Social acceptance 2.7.4 Comparisons between sectors 2.8 Conclusion References Further reading 3 Macroeconomic indicators and accounting of energy 3.1 Presentation 3.2 Evolution of the world population 3.3 Basics 3.3.1 Gross Domestic Product 3.3.2 Gross National Product, Gross National Income 3.3.3 International comparisons 3.3.4 Economic growth and development 3.3.5 Human Development Index 3.4 Structure of GDP 3.5 Energy accounting, energy chain 3.5.1 Accounting problems 3.5.2 Flow graphs 3.6 Energy intensity 3.6.1 Definition of the energy intensity 3.6.2 World energy intensities 3.6.3 Income elasticity 3.6.4 Relationship between growth rates 3.6.5 GDP and energy in France 3.6.6 Energy intensity changes of OECD countries 3.6.7 Convergence of world energy intensity 3.6.8 Changes in the electricity content of GDP 3.7 Indicators for CO2 emissions 3.8 Energy markets 3.8.1 International trade 3.8.2 Oil market 3.8.3 Natural gas market 3.8.4 Coal market 3.8.5 Conclusion on the energy markets References Further reading 4 The impact of energy on economic development 4.1 Presentation 4.2 Energy consumption and income level 4.2.1 Factors of development 4.2.2 Evolution of energy consumption 4.3 Coal and industrial revolution 4.4 Work/energy substitution 4.5 Reduction of transportation cost 4.6 An anecdotal illustration 4.7 Energy uses 4.8 Mechanisms of formation of energy demand 4.8.1 Breaking down demand 4.8.2 Determinants of aggregate demand 4.9 Macro-economic impacts of energy 4.9.1 Energy sector 4.9.2 Non-energy productive sector 4.9.3 Impact on investment 4.9.4 Impact on the balance of payments 4.9.5 Impact on consumers 4.9.6 Impact on state revenue References Further reading 5 Energy policy 5.1 Presentation 5.2 Limitations of the energy policy 5.3 Main objectives of the energy policy 5.4 Energy policy 5.4.1 Planning process 5.4.2 Energy models 5.5 Pricing elements 5.5.1 Economist pricing approach 5.5.2 Political approach to pricing 5.5.3 Practical difficulties of pricing 5.6 Institutional aspects 5.6.1 Need for joint action levels on supply and demand 5.6.2 Organization of national energy systems 5.6.3 Relationship between the central administration and operators 5.7 Conclusion References Further reading 6 World energy situation 6.1 Presentation 6.2 Consumption and production 6.2.1 Primary energy consumption in the world 6.2.2 Historical trends 6.2.3 Distribution of per capita consumption 6.2.4 Regional distribution 6.2.5 Production and consumption by region 6.2.6 Production and consumption by country groups 6.3 Energy reserves and resources 6.3.1 Definitions 6.3.2 Reserves of oil and natural gas 6.3.3 McKelvey diagram 6.3.4 Proved reserves 6.3.5 Resources 6.4 Energy problems in developing countries 6.4.1 Definition 6.4.2 Dual societies 6.4.3 Oil importers DCs 6.4.4 Energy problems of the poorest 6.4.5 The firewood crisis 6.4.6 Commercial energy needs 6.4.7 Energy characteristics of developing countries References Further reading 7 Case studies: The energy situation in certain countries 7.1 Algeria 7.2 Brazil 7.3 China 7.4 Cote d'Ivoire 7.5 France 7.6 India 7.7 Indonesia 7.8 Russia 7.9 South Africa 7.10 United Kingdom 7.11 United States 7.12 Energy in Europe 7.12.1 Evolution through the years 7.12.2 Outline of the European energy policy 7.13 Conclusion References 8 Recent developments: New dimensions of the energy problem 8.1 Presentation 8.2 Environmental issues 8.2.1 Impact of energy on the atmosphere 8.2.2 General remarks on additional environmental impacts of energy 8.2.3 Possible solutions 8.3 Changing technology 8.3.1 Introduction 8.3.2 Exploration and production in the oil sector 8.3.3 Improved combustion 8.3.4 Production of electricity from natural gas 8.3.5 Reduction of specific energy consumption 8.3.6 Carbon capture and storage 8.4 A chronically unstable oil market 8.4.1 Consequences on the demand to OPEC 8.4.2 The peak oil debate 8.4.3 Interaction between oil demand and price References Further reading 9 Outlook 9.1 Presentation 9.2 Energy scenarios 9.2.1 Long-term scenarios (2100) 9.2.2 Medium term scenarios (2030-2050) 9.3 Major trends 9.3.1 A sharp increase in energy consumption 9.3.2 A growing levy on world wealth 9.3.3 Adequate resources at the scale of the planet 9.3.4 Concern over the environmental impact 9.3.5 Reducing the energy content of GDP 9.3.6 A continued leading role for oil 9.3.7 Persistence of geopolitical constraints 9.3.8 Continuation of a sustained technological development effort References Further reading Annex 1: Pedagogical remarks A1.1 Innovative pedagogy A1.2 Learning objectives A1.2.1 Memory A1.2.2 Understanding A1.2.3 Know-how A1.2.4 Capacity for analysis and synthesis Annex 2: Energy units and conversion factors A2.1 Basic units A2.1.1 Joule A2.1.2 Calorie A2.1.3 British Thermal Unit A2.1.4 kWh A2.2 Derived units A2.3 Conversion factors A2.3.1 Oil A2.3.2 Natural gas A2.3.3 Coal A2.3.4 Electricity Subject index

About the Author :
The main part of Renaud Gicquel's curriculum has taken place at Ecole des Mines de Paris (Mines ParisTech), at its Centre for Energy Studies which he headed from September 1987 to January 2003. Named full professor in July 1986, he teaches applied thermodynamics, an introduction to global energy issues and energy system modeling. He was formerly Special Assistant to the Secretary General of the United Nations Conference on New and Renewable Sources of Energy from April 1980 to October 1981 in New York and Charge de mission for multilateral issues with the Service des Affaires Internationales of the Ministry for Research and Technology in Paris in 1982. From 1983 to 1985, he was Adviser for International Issues at the Centre National de la Recherche Scientifique (CNRS). In 1986, he was one of the two founders of the Observatoire Mediterraneen de l'Energie (OME). From May 1991 to May 1994, he was Deputy Director of the Ecole des Mines de Nantes (EMN) in charge of Research, and head of its Energy Systems and Environment Department. He has published about 80 papers in the field of energy and two books: * in 1992 "Introduction aux Problemes Energetiques Globaux" (Editor: Economica, Paris); * in 2001 "Systemes Energetiques, Tome 1 et Tome 2" (Editor: Presses des Mines, Paris). A revised edition and a third volume were published in 2009. Revised versions of these books have been translated into English and published by CRC Press: * "Energy Systems, a new approach to engineering thermodynamics" in 2012; * "Introduction to Global Energy Issues" in 2013. Renaud Gicquel created the Thermoptim-UNIT portal (www.thermoptim.org) dedicated to a new paradigm for teaching applied thermodynamics, as well as various software packages, in particular Thermoptim, which is used by over one hundred and twenty higher education institutions worldwide. May Gicquel graduated from Ecole Polytechnique - ParisTech as an engineer in 2007 and subsequently joined the Corps des Ponts, des Eaux et des Forets to become a highranking civil servant in France. From 2008 to 2010, her work focused on emerging economies (mainly China and India). She first studied the impact of the arrival on the international scene of firms from these economies on the global automotive sector and on its industrial organization, in terms of innovation, partnerships, and business models. She also researched how these countries' extractive industries (coal, iron ore, aluminum, etc.) were restructuring to enter the global competition. The following year, she was based in Beijing to survey the development of electric and hybrid vehicles in China, taking into account the public policies that were being implemented, the new technologies under R & D, the growing number of industrial players, and the definition of Chinese standards and security tests. In 2010, she returned to Paris to work for the French Ministry of Finance's Directorate-General of the Treasury (DG Tresor), where she was in charge of supervising the AFD group's strategy and finances for three years. AFD (the French Agency for Development) is the agency responsible for implementing most of the French bilateral official development assistance (ODA). In 2013, she joined the Treasury's Eurozone Task Force, focusing on the European Stability Mechanism.

Review :
This authoritative and highly pedagogical book provides a very complete and thorough analysis of global energy issues. By combining technological, economic, environmental and policy aspects of energy, which are all intrinsically interlinked, the authors provide the tools which allow the reader to fully understand the complexities of global energy issues. A must for any energy course. Manfred Hafner, Professor, Johns Hopkins University (Bologna Center) / PSAIS (Sciences Po Paris), Skolkovo Moscow School of Management, Fondazione Eni Enrico Mattei