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Researcher Profile

DI Sophie Knöttner BSc.

DI Sophie Knöttner BSc.

Function

Research Engineer

Center

Energy

Competence Unit

Sustainable Thermal Energy Systems

E-Mail

Sophie.Knoettner(at)ait.ac.at

Fax

+43 50550 6679

Address

Giefinggasse 2, 1210 Vienna

Career

Field: Efficiency in Industrial Processes and Systems

Main Research: Industrial Processes; Efficiency; Energy Transition; Decarbonization; Digitalization; Optimization; Mathematical Programming;

Experience: Industrial Processes: Efficiency Increase, Scenarios for Energy Transition, Decarbonization of Processes, Opportunities of Digitalization in industrial processes; Optimization: Operational and design optimization of industrial Systems with Mathematical Programming (e.g. Mixed-Integer Linear Programming)

  • 2015-2016: Master Student
    University of Life Sciences, Institute for Environmental Biotechnology / AT
  • 2017-2020: Doctoral Fellow
    Austrian Institute of Technology / AT
  • 2020-: Research Engineer
    Austrian Institute of Technology / AT
  • 2020: Young Author Award TU Graz, 16. Symposium Energieinnovation 2020
  • 2019: 2nd place AIT Poster Award
  • 2016: Scholarship “Top Stipendium” from NÖ Forschungs- und Bildungsges.m.b.H. (NFB) in the field energy and resource efficiency for master thesis
  • 2012: Merit scholarship, Vienna University of Technology, Faculty of Physics.

Publications

  • Impact of thermal storage capacity, electricity and emission certificate costs on the optimal operation of an industrial energy system
    Author(s): Panuschka S., Hofmann R.
    Journal: Energy Conversion and Management, 185 (2019) ; 622-635
  • Photoautotrophic production of poly-hydroxybutyrate – First detailed cost estimations
    Author(s): Panuschka S., Drosg B., Ellersdorfer M., Meixner K., Fritz I.
    Journal: Algal Research, 41 (2019) ; 101558
  • A simultaneous optimization approach for efficiency measures regarding design and operation of industrial energy systems
    Author(s): Hofmann R., Panuschka S., Beck A.
    Journal: Computers & Chemical Engineering , 128 (2019) ; 246-260
  • Endberichtsteil 2 von 3 - Diskussionspapier zum Projekt Renwables4Industry;
    Renewables4Industry - Abstimmung des Energiebedarfs von industriellen Anlagen und der Energieversorgung aus fluktuierenden Erneuerbaren

    Author(s): Moser, S., Goers, S., de Bruyn, K., Hofmann, R., Panuschka, S., Sejkora, C., Kienberger, T., Haider, M., Werner, A., Brunner, C., Fluch, J. & Grubbauer, A.
    Publisher: ; 2018
    Series:
  • IndustRiES;
    Energieinfrastruktur für 100% Erneuerbare Energie in der Industrie

    Author(s): Geyer R., Knöttner S., Diendorfer C., Drexler-Schmid G.
    Publisher: ; Wien; 2019
    Series: KLIEN
  • IndustRiES;
    Energieinfrastruktur für 100% Erneuerbare Energie in der Industrie

    Author(s): Geyer R., Knöttner S., Diendorfer C., Drexler-Schmid G.
    Publisher: ; Wien; 2019
    Series: KLIEN
  • IndustRiES;
    Energieinfrastruktur für 100% Erneuerbare Energie in der Industrie

    Author(s): Geyer R., Knöttner S., Diendorfer C., Drexler-Schmid G.
    Publisher: ; Wien; 2019
    Series: KLIEN
  • 100 % Erneuerbare Energie für Österreichs Industrie Teil 1 – Alternative Energieträger und Prozesse
    Author(s): Knöttner S., Geyer R., Diendorfer C., Drexler-Schmid G.
    Conference 16. Symposium Energieinnovation, Graz
    Proceedings TU Graz
  • Modelling of Industrial Energy Systems for Flexibility Increase via Operation Optimization with Mixed-Integer Linear Programming
    Author(s): Panuschka S., Hofmann R.
    Conference SDEWES, Novi Sad

Further Information

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