MGK-Kolloquium

Virtuelles MGK-Kolloqium 2022

Mit Beginn der zweiten Förderperiode wurden alle Doktorandinnen und Doktoranden der Projekte des SFB 1316 eingeladen, am jährlichen MGK-Kolloquium teilzunehmen. Das Kolloquium fand am 7. und 8. März 2022 online statt und wurde von Maximilian Klich (Projekt A8) und David Schulenberg (Projekt A4) organisiert.

Das Kolloquium diente der Vorstellung der vielen neuen Doktoranden, die dem SFB 1316 in seiner zweiten Förderperiode beitreten. Ohne die Teilnahme der Projektleiter wurde eine zwanglose Atmosphäre für den Austausch von wissenschaftlichen Kenntnissen und Interessen zwischen den Doktoranden geschaffen. Hier konnten sie sich und ihre Projekte vorstellen sowie in Vorträgen oder einer Posterpräsentation einen kurzen Überblick über ihre Projektergebnisse und Zukunftspläne geben. Die Vorträge zu den verschiedenen Forschungsthemen Modellierung, DBD/RF-Entladungen und Plasmen in Flüssigkeiten wurden von den eingeladenen Referenten gehalten und boten eine abgerundete Erfahrung.

Die neue Förderperiode erforderte auch einige Neuwahlen, nämlich die Position des Doktorandensprechers, die bisher Maximilian Klich innehatte, sowie eine Position im Gender Board des SFB 1316, die Lars Schücke (Projekt A7) und Katharina Grosse (Projekt B7) innehatten. Der neu gewählte PhD-Sprecher ist David Schulenberg und Stefanie Bogenrieder (Projekt B4) sowie Lukas Forschner (Projekt B12) sind die neuen Vertreter im Gender Board.

übersetzter Artikel nach Sascha Chur, Projekt B2 des SFB 1316

MGK Colloquium

Virtual MGK colloqium 2022

With the start of the second funding period, all PhD students of the projects within the CRC 1316 were invited to participate in the annually MGK colloquium. The colloquium was held online at 7th and 8th of March 2022 and was organized by Maximilian Klich (project A8) and David Schulenberg (project A4).

The colloquium served as an introduction of the many new PhDs joining the CRC 1316 in its second funding period. Without the participation of project leaders it achieved a casual atmosphere for sharing scientific knowledge and interests between the PhD students. Here, they could introduce themselves and their projects as well as give a short summary about their projects achievements and future plans through talks or a poster presentation. Leading the talks regarding the different research topics modelling, DBD/RF discharges and plasma in liquids were the invited speakers which generated a well rounded experience.

The new funding period also required a few elections, namely the position of the PhD speaker formerly held by Maximilian Klich, as well as a position in the CRC 1316 gender board held by Lars Schücke (project A7) and Katharina Grosse (project B7). The newly elected PhD speaker is David Schulenberg and Stefanie Bogenrieder (project B4) as well as Lukas Forschner (project B12) are the new gender board representative.

Sascha Chur, project B2 of the CRC 1316

Working group plasma electrolysis

The Future German and European Energy System – The Role of Hydrogen and its Production, Transport, and Use

A plasma workshop will take place with a special lecture on electrolysis, focusing on future energy scenarios, by Marcel Fiebrandt from Thyssengas on the 25th of February at 10:00.

The EU's Green Deal and the German Federal Climate Protection Act, adapted in 2021, set the ambitious goal of achieving greenhouse gas neutrality by 2050 and 2045, respectively. The necessary transformation of the world's fourth-largest economy toward climate neutrality requires massive adjustments in all sectors and energy carriers as well as in the energy infrastructure. In the national and European hydrogen strategy, hydrogen in combination with renewable energy sources is assigned a central role for the transformation of the European energy system. This is the case as the properties of hydrogen are able to complement the increasing electrification of the sectors. For example, hydrogen can be stored in large underground caverns, transported in pipelines and used for power generation when renewable energy generation is insufficient, and it provides decarbonization opportunities in applications that cannot or are difficult to decarbonize through direct electrification. As a result, power-to-gas-systems, and especially electrolysers, will play a key role as the interface of electricity and gas infrastructure in the future integrated energy system to couple both energy carriers. In this talk, a brief overview of the future energy system scenarios and their implications on the industrial, mobility, and heating sector will be given. Afterwards, the options of producing hydrogen will be discussed and which requirements they have to fulfil to be integrated effectively and economically in the future energy system. Due to their critical role at the interface of the power and gas grid, special attention is paid to the technical requirements based on the properties and restrictions of the energy grid.

MGK Colloquium

Virtual MGK Colloquium

The scientific exchange among the CRC members and the group of Early Career Researcher occurred continuously during the three yearly project meetings and in the workshops organized by the CRC 1316 since it starting in 01/2018. However, it is very important that the ECR have also a platform to interact in a conference setting without the impact of their adviser to stimulate the discussions among the ECR. Instead, the CRC 1316 decided to organize an MGK Colloquium on its own by inviting the ECR from the CRC 1316 and from the SFB-TR 87. This meeting was organized by the ECRs J. Kuhfeld and P. Preissing in a virtual format on 21/04/2021. Prominent invited speakers at this event were Prof. A. Bogaerts (university Antwerp), Dr. S. Iseni (GREMI, Orléans) and Dr. T.L. Chng (LPP Paris). Beside presentations within a zoom meeting, virtual poster sessions were performed, enhancing the interaction between the ECR.