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During the past years, power-derived fuels have moved into the center of the debate on a future renewable energy supply for the aviation sector, due to a continued need for liquid fuels in aviation and serious concerns about the sustainability of biofuel production at the scale of future fuel demand. Basic characteristics of kerosene synthesis via power-to-liquid pathways are reviewed with focus on the application of synthetic kerosenes in civil aviation. Furthermore, alternative use cases for green hydrogen in aviation are discussed.

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Power-To-Liquid (PTL) Kerosene and Opportunities to Introduce Green Hydrogen in Aviation

  • 章节

  • 发表日期：

    2025年

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  • Valentin Batteiger,
  • Kathrin Ebner,
  • Leonard Moser,
  • Christina Penke,
  • Benjamin Portner,
  • Andreas Sizmann

摘要

During the past years, power-derived fuels have moved into the center of the debate on a future renewable energy supply for the aviation sector, due to a continued need for liquid fuels in aviation and serious concerns about the sustainability of biofuel production at the scale of future fuel demand. Basic characteristics of kerosene synthesis via power-to-liquid pathways are reviewed with focus on the application of synthetic kerosenes in civil aviation. Furthermore, alternative use cases for green hydrogen in aviation are discussed.