Nuclear exit, the US energy mix, and carbon dioxide emissions

Joint Program Reprint • Journal Article
Nuclear exit, the US energy mix, and carbon dioxide emissions
Jacoby, H.D. and S. Paltsev (2013)
Bulletin of the Atomic Scientists, 69(2): 34-43

Reprint 2013-13 [Read Full Article]

Abstract/Summary:

If the United States were to adopt a policy to phase out nuclear generation, as has happened recently in other developed countries, what would the environmental and energy-mix implications be? Based on alternative scenarios of nuclear exit that consider the influence of potential policies to limit greenhouse gas emissions, a model of the US and global economy indicates that, under current policy, a US nuclear exit would increase carbon dioxide emissions, and likely raise electricity prices and reduce gross domestic product by relatively small amounts. Those economic impacts would be increased by additional measures to limit carbon dioxide emissions.

© 2013 the authors

Citation:

Jacoby, H.D. and S. Paltsev (2013): Nuclear exit, the US energy mix, and carbon dioxide emissions. Bulletin of the Atomic Scientists, 69(2): 34-43 (http://dx.doi.org/10.1177/0096340213478553)
  • Joint Program Reprint
  • Journal Article
Nuclear exit, the US energy mix, and carbon dioxide emissions

Jacoby, H.D. and S. Paltsev

Abstract/Summary: 

If the United States were to adopt a policy to phase out nuclear generation, as has happened recently in other developed countries, what would the environmental and energy-mix implications be? Based on alternative scenarios of nuclear exit that consider the influence of potential policies to limit greenhouse gas emissions, a model of the US and global economy indicates that, under current policy, a US nuclear exit would increase carbon dioxide emissions, and likely raise electricity prices and reduce gross domestic product by relatively small amounts. Those economic impacts would be increased by additional measures to limit carbon dioxide emissions.

© 2013 the authors