Environmental Sustainability of Renewable Methane for Mobility
At a glance
- Project leader : Matthias Stucki
- Project team : Sarah Wettstein
- Project budget : CHF 34'900
- Project status : completed
- Funding partner : SNSF (Schweizerischer Nationalfond SNF)
- Project partner : HSR-IET
- Contact person : Matthias Stucki
Description
Within this subproject in the framework of the National Research Programm 70 regarding energy turnaround, an environmental sustainability assessement of power-to-gas (PtG) methane will be conducted by applying life cycle assessment methodology. In the PtG technology, hydrogen and carbon dioxide are converted to methane, using renewable energies preferably. Various scenarios for different electricity mixes, hydrogen and carbon dioxide source, electrolysis efficiency and methanation type will be established. Finally, environmental impacts of PtG vehicles are compared to conventional vehicles fuelled with fossil fuels.
Further information
Publications
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Stucki, Matthias; Itten, René,
2018.
Power-to-Gas für den Klimaschutz : wie umweltfreundlich ist synthetisches Methan?.
Aqua & Gas.
9, pp. 15-19.
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Stucki, Matthias; Wettstein, Sarah,
2018.
Life Cycle Assessment SNG für den Strassenverkehr.
In:
Expertinnen- und Expertengespräche: Power-to-Gas, Rapperswil, 13. Juni 2018.
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Wettstein, Sarah; Stucki, Matthias,
2017.
In:
Life Cycle Management (LCM) 2017, Luxembourg, 3.-6. September 2017.
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Wettstein, Sarah; Itten, René; Stucki, Matthias,
2017.
In:
66th LCA Discussion Forum: LCA of Mobility Solutions: Approaches and Findings, Zürich, 30. August 2017.
Available from: http://www.lcaforum.ch/portals/0/df66/DF66-13_Itten.pdf
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Frischknecht, Rolf; Bauer, Christian; Froemelt, Andreas; Hellweg, Stefanie; Biemann, Kirsten; Buetler, Thomas; Cox, Brian; de Haan, Peter; Hoerl, Sebastian; Itten, René; Jungbluth, Niels; Ligen, Yorick; Mathys, Nicole A.; Schiess, Samuel; Schori, Salome; van Loon, Patricia; Wang, Jing; Wettstein, Sarah,
2017.
In:
66th LCA Discussion Forum: LCA of Mobility Solutions: Approaches and Findings, Zürich, 30. August 2017.
Heidelberg:
Springer.
pp. 381-386.
Available from: https://doi.org/10.1007/s11367-017-1429-1