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Abstract
The world that created modern industry, pioneered in the West, is in decline. It is being transformed by a global green shift, creating new industries based on clean energy, clean water and clean food – all produced in a safe, clean and sustainable way, in abundance, at low (and diminishing) cost and without making further inroads into nature. This twenty-first century world is being driven by newly emerging industrial giants like China and India – just as the twentieth-century infrastructure of oil, automobiles and highways was created by the United States. It is China and India that are feeling the worst effects of industrializing along conventional ‘business as usual’ lines, and which have the greatest incentive to drive their own green shift. But the old world order based on a linear economy and fossil fuels is resisting bitterly, and will not give up without a fight. John A. Mathews explains how these trends and counter-trends are creating a new world order where an industrial system based on the Ceres (Circular Economy and Renewable Energy System) is seeking to take over from the world of fossil fuels, and provide scope for Gaia to become her wild self again. The outcome of this struggle is far from determined. It is the central issue to be resolved in the twenty-first century.
‘Asian countries are removing limits to their economic growth, using intelligence and manufacturing skills to let renewable energy replace polluting energy from finite sources. Clearly describing this revolution, Mathews helps readers in the other parts of the world understand how competitiveness for the future is now being created.’ –Tomas Kåberger, Professor, Energy Area of Advance, Chalmers University of Technology, Sweden
‘John Mathews is one of the foremost political economists examining, perhaps, the central question of our time, whether, we, as a species, can devise responses to global climate change. In this book, he argues that new green technologies are already available to allow us to begin manufacturing energy and thus overcome our addiction to fossil fuels – and he argues that it is China that is leading the way in the transition.’ –Martin Kenney, Professor, Community and Regional Development, University of California, USA
Western industrialism has achieved miracles, promoting unprecedented levels of prosperity and raising millions around the world out of poverty. Industrial capitalism is now diffusing throughout the East. Japan, the four Tigers (Korea, Taiwan, Singapore and Hong Kong) and China are all incorporating themselves into the global industrial world. India, Brazil and many others are expected to follow the same course. But as China, India and other industrializing giants grow, they confront an inconvenient truth: they cannot rely on the Western industrial development model of fossil-fueled energy systems (resource throughput rather than circularity and generic finance) because these methods cause extreme spoliation of the environment and raise energy security, resource security and global warming concerns.
By necessity, a new approach to environmentally conscious development is already emerging in the East, with China leading the way in building a green industry at scale. As opposed to Western zero-growth advocates and free-market environmentalists, it can be argued that a more sustainable capitalism is being developed in China – to counter black developmental model based on coal. This new ‘green growth’ model of development, being perfected in China and now being emulated in India, Brazil, South Africa (and eventually by industrializing countries elsewhere), as well as by advanced industrial countries such as Germany, looks to become the new norm in the twenty-first century. Its core advantages are the energy security and resource security that are generated.
The British scientist James Lovelock has done the world an enormous service by formulating the theory of a ‘living earth’ named Gaia, where life self-regulates itself and the planet by keeping the atmospheric environment more or less constant, and likewise the environment of the oceans. In China’s Green Shift, Global Green Shift, Mathews proposes a way in which Gaia (a product of the processes of the earth) can be complemented by Ceres (our own creation of a renewable energy and circular economy system). Can these two concepts of how the earth works, represented by two powerful deities, be reconciled? While Lovelock is pessimistic, asserting that Gaia will look after herself and that if we survive at all it is likely to be as a greatly diminished industrial civilization, numbering no more than one billion people, Mathews argues in this book why he believes this prognosis to be mistaken. Mathews maintains that the changes that ‘we’ are driving, as a species, represent a viable way forward. They give us a chance of reconciling economy with ecology – or Ceres with Gaia.
‘In this sweeping global analysis of environmental challenges, Mathews weds Schumpeterian and renewable energy insights to draw the bold conclusion that China and India have embarked on a course to lead the world toward sustainable solutions. The book documents China’s ecomodernization strategy, placing it in the vanguard of clean and renewable power.’ –Mark Selden, Professor Emeritus of Sociology, State University of New York at Binghamton, USA, and editor, The Asia-Pacific Journal
John A. Mathews is a management strategy scholar who has influenced global policies on the greening of industry.
Table of Contents
Section Title | Page | Action | Price |
---|---|---|---|
Cover | Cover 1 | ||
Front Matter | i | ||
Half-title | i | ||
Title page | iii | ||
Copyright information | iv | ||
Table of contents | v | ||
List of figures | ix | ||
Foreword | xi | ||
Preface | xiii | ||
Acronyms | xix | ||
PART I Dynamics of the Green Transition | 1 | ||
Chapters (1-9) | 1 | ||
Chapter 1 Introduction | 3 | ||
It’s not all about Climate Change | 5 | ||
Geopolitical and Environmental Limits to Fossil Fuels | 9 | ||
China’S Energy Strategies | 12 | ||
Anthropocene Choices: Moral vs. Economic | 15 | ||
Ecomodernization Strategies | 17 | ||
When Ceres Meets Gaia | 19 | ||
Outline of Chapters | 21 | ||
Chapter 2 Evolutionary Dynamics of Our Industrial Civilization | 25 | ||
Industrial Transformations | 26 | ||
Shifting Wealth | 29 | ||
The Feasible Ecomodernization Strategies of China and India | 31 | ||
Strategic Choices – and Objections | 33 | ||
Chapter 3 Ecomodernization – with ‘Chinese Characteristics’ | 37 | ||
Ecological ModerniZation | 38 | ||
Decoupling | 39 | ||
Chapter 4 Sociotechnical Transitions: A Sixth Wave | 43 | ||
Five Waves Of Sociotechnical Transition | 43 | ||
Sixth Wave Transitions: Food, Water, Resources, Energy | 44 | ||
Food production | 45 | ||
Water production | 46 | ||
Resources reproduction – circular economy | 47 | ||
Energy production/generation | 48 | ||
Reverse Salients | 49 | ||
Interconnections | 51 | ||
Sixth Wave Trends – Decoupling Economies from Natural Constraints | 53 | ||
Chapter 5 No Wonder China and India are Pursuing Green Growth Strategies so Vigorously | 57 | ||
China and its Green Growth Strategy | 58 | ||
Target of 750 billion watts of clean, green power in China by 2020 | 59 | ||
What are the options AVAILABLE for China? | 64 | ||
Are bankruptcies and overcapacity in China’s renewables manufacturing industries a sign of weakness? | 66 | ||
The pollution constraint | 67 | ||
India’s Renewables Strategy | 69 | ||
Chapter 6 Finance Now Playing a Central Role in the Green Shift | 73 | ||
Tapping the Capital Markets: The Kexim Green Bonds | 74 | ||
Green Bonds Expansion | 76 | ||
China and the Building of a Green Financial System | 78 | ||
Chapter 7 Can the China Model be Utilized by Other Industrializing Countries? | 83 | ||
Advantages of Green Growth Development Strategies | 85 | ||
Renewable resources are available to all | 86 | ||
Green development is biased towards rural employment generation | 86 | ||
Cost disadvantages can be overcome | 86 | ||
Green growth pathways offer unlimited catch-up and technological leapfrogging possibilities | 87 | ||
Green and black development complement each other | 87 | ||
Green growth generates export earnings and reduces import charges | 87 | ||
A green growth pathway generates increasing returns through cross-linkages | 88 | ||
Insertion in global value chains | 89 | ||
Green growth provides a bias towards innovation | 89 | ||
Prospects for Green Growth in Developing Countries: Morocco as Exemplar | 90 | ||
Chapter 8 Green Growth Development Strategies, Local Content Requirements and World Trade | 95 | ||
Local Content Requirements and ‘Next Generation’ Trade Disputes | 96 | ||
Green Reforms to the World’s Trade System | 99 | ||
Integrating the World’s Trade and Climate Regimes: A Proposal | 100 | ||
Chapter 9 Farewell Fossil Fuels | 103 | ||
Declining Industries | 103 | ||
Oil and gas industry problems | 105 | ||
Divestment | 106 | ||
Imperfect transition | 106 | ||
Oil in the Twentieth Century: Wars, Revolutions and Terror | 108 | ||
Japanese Experience with the Allied Oil Embargo | 110 | ||
Part II Sixth Wave Eco-.Innovations | 113 | ||
Chapters (10-18) | 113 | ||
Chapter 10 Global Population Peaking … and Urbanizing | 115 | ||
The Demographic Transition | 116 | ||
Urbanization as Ecomodernization | 118 | ||
Cities as Wealth Creators | 121 | ||
Chapter 11 Energy that is Clean, Cheap, Abundant – and Safe | 125 | ||
Manufacturing Energy | 128 | ||
Renewables – a moving technological frontier | 130 | ||
Production/Generation of Energy that is CLEAN, CHEAP, Abundant – and Safe | 132 | ||
Chapter 12 Reframing Renewables as Enhancing Energy Security | 137 | ||
Energy Security and Fossil Fuel GEOPOLITICS | 138 | ||
Energy Security based on Manufacturing of Renewables | 140 | ||
From Oil Security to Energy Security | 142 | ||
Chapter 13 The Myths of ‘Renewistan’ | 145 | ||
Ridiculous ‘Renewistan’ | 145 | ||
Rebutting The Arguments Raised against Renewables | 149 | ||
Superiority of Renewables | 151 | ||
Clean and non-polluting | 152 | ||
Tap into inexhaustible renewable resources | 152 | ||
Practicable, scalable, replicable | 153 | ||
Chapter 14 Recirculation and Regeneration of Resources (Circular Economy) | 155 | ||
Enhancing Resource Security | 156 | ||
China’s Circular Economy Initiatives | 159 | ||
Urban Mining | 160 | ||
What Holds Back the Diffusion of the Circular Economy? | 164 | ||
Chapter 15 Food and Fresh Water Production | 167 | ||
Urban Veggies: Vertical Farming Initiatives | 169 | ||
Sky Greens, Singapore | 169 | ||
The Mirai Initiative in Japan | 171 | ||
Vertical vegetable farming in the United States and Europe | 172 | ||
Meat – Without Torturing And Murdering Animals | 173 | ||
Anticipated evolution of the market for cultured meat | 177 | ||
Clean, Fresh Water | 178 | ||
CSP-desalination | 179 | ||
CSP-greenhouse ventilation | 179 | ||
Chapter 16 Energy, Water, Food for Cities: Deploying a Positive Triple Nexus | 183 | ||
Hydrosolar Gardens: Systemic Interconnections | 184 | ||
Sundrop Farms | 185 | ||
Wider Economic Significance of the Sundrop Farms Concept | 187 | ||
Chapter 17 Eco-Cities of the Future | 189 | ||
The Eco-City Infrastructure | 192 | ||
Chinese Eco-Fantasies? | 193 | ||
Chapter 18 When Ceres Meets Gaia | 197 | ||
Managing Change: The Differential Principle | 199 | ||
A ‘Moderate’ Ecomodernism: In Defence of Conventional Renewables | 203 | ||
A Hot Planet | 205 | ||
Twilight of the Gods: Gaia, Vulcan and Ceres | 207 | ||
End Matter | 209 | ||
Bibliography | 209 | ||
Index | 221 |