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How to Avoid a Climate Disaster

  • 7 min read
  • 3 chapters

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Through Climate change, Innovation and Fossil fuel

Description

When it comes to climate change, I know innovation isn’t the only thing we need. But we cannot keep the earth livable without it. Techno-fixes are not sufficient, but they are necessary.

– Bill Gates, from page 14 of his book, How to Avoid a Climate Disaster (2021).

The book's five parts

The book is organized into five parts. In part one (chapter 1), Gates explains why the world must completely eliminate greenhouse gas emissions ("getting to zero"), rather than simply reducing them. In part two (chapter 2) he discusses the challenges that will make achieving this goal very difficult. In part three (chapter 3) he outlines five pragmatic questions a reader can ask to evaluate any conversation they have about climate change. Part four (the longest part of the book, or chapters 4 through 9) analyzes currently-available technologies that can be utilized now to adapt to and mitigate climate change ("the solutions we have") and those areas where innovation is needed to make climate-friendly technologies cost competitive with their fossil fuel counterparts ("the breakthroughs we need"). In the final part (chapters 10 through 12) Gates suggests specific steps that can be taken by government leaders, market participants and individuals to collectively avoid a climate disaster.

Electricity generation

Gates thinks that decarbonizing electricity should be a priority, because it would not only reduce emissions from coal and gas used to produce electricity, but also allow an accelerated shift to zero emission transportation like electric cars. He advocates increased innovation and investment in nuclear energy, and warns against overly focusing on wind and solar generation, due to their intermittent nature.

Roles for government and business

Gates argues that both governments and businesses have parts to play in fighting global warming. While he acknowledges that there is a tension between economic development and sustainability, he posits that accelerated innovation in green technology, particularly sustainable energy, would resolve it. He calls on governments to increase investment in climate research, but at the same time to incentivize firms to invest in green energy and decarbonization. Gates also urges governments to institute a carbon pricing regime that would account for all externalities involved in producing and using carbon-emitting energy.

Get to zero rather than simply reducing emissions

The book describes strategies for achieving net zero greenhouse gas emissions by 2050, and emphasizes that many efforts to reduce emissions are actually counter-productive. For example, one can reduce CO2 emissions in 2030 by replacing a coal-fired electrical power plant with a new natural gas power plant (since coal combustion emits twice as much CO2 as natural gas, per unit of electricity). However, the natural gas plant will still be emitting CO2 in 2050. Alternatively, Gates prefers we spend money on infrastructure that does not emit CO2 in 2050. Gates warns, "Making reductions by 2030 the wrong way might actually prevent us from ever getting to zero."

Gates' plan to get to net zero emissions

Gates introduces a plan for getting to net zero greenhouse gas emissions in Chapters 11 and 12 with several key points:

  • The world needs to get to zero emissions, not just reduce.
  • The world needs to accelerate the development of technology that helps to resolve the climate change problem.
  • The world needs to reduce the additional cost of green energy, which he refers to as the "green premium".
  • Federal, state and local governments can play a role to reduce emissions; in addition to private citizens.

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