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Nuclear energy and bio energy carbon capture and storage, keys for obtaining 1.5°C mean surface temperature limit

Author

Listed:
  • André Berger
  • Tom Blees
  • Francois-Marie Breon
  • Barry W. Brook
  • Marc Deffrennes
  • Bernard Durand
  • Philippe Hansen
  • Elisabeth Huffer
  • Ravi B. Grover
  • Claude Guet
  • Weiping Liu
  • Frederic Livet
  • Herve Nifenecker
  • Michel Petit
  • Gérard Pierre
  • Henri Prévot
  • Sébastien Richet
  • Henri Safa
  • Massimo Salvatores
  • Michael Schneeberger
  • Bob Wornan
  • Suyan Zhou

Abstract

A rapid development of nuclear energy production reaching 173 EJ/y in 2060 and 605 EJ/y in 2110 limits the Global Mean Surface Temperature (GMST) increase to 1.5°C with respect to preindustrial value, with a reduction of the stored carbon dioxide from 800 Gt in the original MESSAGE-Efficiency scenario to 275 Gt in the present one, while multiplying by 6 the Total Primary Energy Supply between 2015 and 2110.

Suggested Citation

  • André Berger & Tom Blees & Francois-Marie Breon & Barry W. Brook & Marc Deffrennes & Bernard Durand & Philippe Hansen & Elisabeth Huffer & Ravi B. Grover & Claude Guet & Weiping Liu & Frederic Livet , 2017. "Nuclear energy and bio energy carbon capture and storage, keys for obtaining 1.5°C mean surface temperature limit," International Journal of Global Energy Issues, Inderscience Enterprises Ltd, vol. 40(3/4), pages 240-254.
    • Handle: RePEc:ids:ijgeni:v:40:y:2017:i:3/4:p:240-254
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    Cited by:

    1. Johannes (Joost) Platje & Markus Will & Monika Paradowska & Ynte K. van Dam, 2022. "Socioeconomic Paradigms and the Perception of System Risks: A Study of Attitudes towards Nuclear Power among Polish Business Students," Energies, MDPI, vol. 15(19), pages 1-15, October.

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