Renewable Jet Fuel in the European Union: Scenarios and Preconditions for Renewable Jet Fuel Deployment towards 2030

S.A. de Jong; E.T.A. Hoefnagels; Joost van Stralen; H.M. Londo; Raphael Slade; André Faaij; H.M. Junginger

Renewable Jet Fuel in the European Union: Scenarios and Preconditions for Renewable Jet Fuel Deployment towards 2030

S.A. de Jong, E.T.A. Hoefnagels, Joost van Stralen, H.M. Londo, Raphael Slade, André Faaij, H.M. Junginger

Research output: Book/Report › Report › Academic

Abstract

This report quantifies the required emission reductions of the EU aviation sector to achieve carbon-neutral growth up to 2030. It explores the role of Renewable Jet Fuel (RJF) in reducing aviation CO2 emissions and available feedstock and technology options to produce RJF towards 2030. Four possible RJF deployment scenarios (varying in the level of RJF deployment) are formulated and evaluated in terms of cost and impact on the EU bioenergy portfolio. The report concludes with key preconditions for RJF deployment in the EU towards 2030.

Original language	English
Publisher	Copernicus Institute, Department IMEW, Energy & Resources
Number of pages	34
Publication status	Published - 22 Feb 2017

Keywords

renewable jet fuel
aviation
bioenergy
biofuels
climate change

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

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Renewable Jet Fuel in the European Union - Scenarios and Preconditions for Renewable Jet Fuel Deployment towards 2030Final published version, 2.24 MB

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title = "Renewable Jet Fuel in the European Union: Scenarios and Preconditions for Renewable Jet Fuel Deployment towards 2030",

abstract = "This report quantifies the required emission reductions of the EU aviation sector to achieve carbon-neutral growth up to 2030. It explores the role of Renewable Jet Fuel (RJF) in reducing aviation CO2 emissions and available feedstock and technology options to produce RJF towards 2030. Four possible RJF deployment scenarios (varying in the level of RJF deployment) are formulated and evaluated in terms of cost and impact on the EU bioenergy portfolio. The report concludes with key preconditions for RJF deployment in the EU towards 2030.",

keywords = "renewable jet fuel, aviation, bioenergy, biofuels, climate change",

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T2 - Scenarios and Preconditions for Renewable Jet Fuel Deployment towards 2030

AU - de Jong, S.A.

AU - Hoefnagels, E.T.A.

AU - van Stralen, Joost

AU - Londo, H.M.

AU - Slade, Raphael

AU - Faaij, André

AU - Junginger, H.M.

PY - 2017/2/22

Y1 - 2017/2/22

N2 - This report quantifies the required emission reductions of the EU aviation sector to achieve carbon-neutral growth up to 2030. It explores the role of Renewable Jet Fuel (RJF) in reducing aviation CO2 emissions and available feedstock and technology options to produce RJF towards 2030. Four possible RJF deployment scenarios (varying in the level of RJF deployment) are formulated and evaluated in terms of cost and impact on the EU bioenergy portfolio. The report concludes with key preconditions for RJF deployment in the EU towards 2030.

AB - This report quantifies the required emission reductions of the EU aviation sector to achieve carbon-neutral growth up to 2030. It explores the role of Renewable Jet Fuel (RJF) in reducing aviation CO2 emissions and available feedstock and technology options to produce RJF towards 2030. Four possible RJF deployment scenarios (varying in the level of RJF deployment) are formulated and evaluated in terms of cost and impact on the EU bioenergy portfolio. The report concludes with key preconditions for RJF deployment in the EU towards 2030.

KW - renewable jet fuel

KW - aviation

KW - bioenergy

KW - biofuels

KW - climate change

M3 - Report

BT - Renewable Jet Fuel in the European Union

PB - Copernicus Institute, Department IMEW, Energy & Resources

ER -

Renewable Jet Fuel in the European Union: Scenarios and Preconditions for Renewable Jet Fuel Deployment towards 2030

Abstract

Keywords

UN SDGs

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