Mag.a Dr.in Karin Fazeni-Fraisl

Senior Researcher

After having graduated from the Grammar School Honauerstraße Linz (Bundesoberstufenrealgymnasium) with focus on sciences, Ms Fazeni has studied Social Economics (degree in 2010) at the Johannes Kepler University Linz. She specialized in Environmental Management in Companies and Regions. From October 2007 to December 2010, Karin Fazeni was working as project assistant at the Energy Institute. Since December 2010 she has been involved as junior researcher in projects at the Energy Economics Department and she has been writing her doctorate thesis on the application of LCA methodology to process design demonstrated at the development process of a novel biorefinery process.

Selection of publications

Going beyond quantification: applying a multidimensional qualitative analysis approach to support decision making for sustainable biorefinery deployment—a case study
Knöbl M., Fazeni-Fraisl K., Lindorfer J., Puschnigg S., Friedl C., Müller C. (2026)
Springer Nature Link, Volume 28, 165
Life Cycle Assessment of plastic film recycling comparing kerbside and separate collection on laboratory and industrial level
Zeilerbauer L., Langwieser J., Fareni-Fraisl K., Pflügl M., Lindorfer J., Schneeberg D., Ehrengruber C., Kuhn N., Aster H., Paulik C., Fischer J. (2026)
Cleaner Waste Systems, Volume 13, March 2026, 100486
Closed-Loop mechanical recycling of post-consumer polystyrene for food-contact applications
Mittermayr D., Czaker S., Felgel-Farnholz A., Pflügl M., Zeilerbauer L., Roland W., Rittmannsberger F., Fazeni-Fraisl K., Klampfl C., Fischer J. (2026)
Resources, Conservation and Recycling, Volume 234, 30 August 2026, 109056
Life cycle assessment of mechanical recycling of low-density polyethylene into film products – towards the need for life cycle thinking in product design
Zeilerbauer L., Fischer J., Fazeni-Fraisl K., Lindorfer J., Mager M., Paulik C.; (2024)
Resources, Conservation and Recycling, 107807, Volume 209
Multidisciplinary Assessment of a Novel Carbon Capture and Utilization Concept including Underground Sun Conversion.
Zauner A., Fazeni-Fraisl K., Wolf-Zoellner P., Veseli A., Holzleitner M.-T., Lehner M., Bauer S., Pichler M. (2022)
Energies, Energies 2022, 15(3), 1021
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