Economic History of Energy and Environment

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Energy represents two thirds of GHG emissions but according to the International Energy Agency, only 7 out of 45 sustainable energy technologies critical to meeting global climate targets Due to global population growth and expansion of the middle class, it is expected that demand for chemicals and materials will quadruple by At the same time, achievement of the Pari The energy industry is complex, and understanding the major trends changing the industry can be challenging.

Investors, policy-makers, business people and other interested stakeholders re Cyber resilience is a challenge for all organisations, but, due to its vital role as a societal backbone, it is of particular importance for the electricity ecosystem. The power grid is Despite significant achievements in sustainable energy innovation and market scaling of technologies such as solar, wind energy storage and others, the rate of change is not fast enough.


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In , the World Economic Forum examined three major trends transforming the energy system: decentralization, digitalization and electrification. Building on this work, in a genera Global investment in clean energy amounted to more than billion dollars in and households, businesses and governments are increasingly seeking new energy solutions due to the rea Since , This report examines the major trends affecting the transformation of energy and mobility systems, with a special focus on cities.

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Topics addressed include: electrification, decentralizat The electricity landscape is a prime example of the Fourth Industrial Revolution as it undergoes a transformation, becoming more complex than ever before with rapidly evolving technologie In the next two decades, three game-changing themes have significant potential to impact the energy system: advanced energy acceleration, mobility revolution and energy system fragmentation.

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Sean Kheraj , York University. If nuclear power is to be used as a stop-gap or transitional technology for the de-carbonization of industrial economies, what comes next? Energy history could offer new ways of imagining different energy futures. Current scholarship, unfortunately, mostly offers linear narratives of growth toward the development of high-energy economies, leaving little room to imagine low-energy futures. Global warming lies at the heart of the debate over future energy transitions.

History of Energy in 10 minutes (Chapters 1-6)

While Nancy Langston makes a strong case for thinking about the use of nuclear power as a tool for addressing the immediate emergency of carbon pollution of the atmosphere, her arguments left me wondering what energy futures will look like after de-carbonization. Will industrialized economies continue with unconstrained growth in energy consumption, expand reliance on nuclear power, and press forward with new technological innovations to consume even more energy Thorium reactors?

Fusion reactors? Dilithium crystals?