This document outlines a webinar series on green hydrogen organized by several organizations in partnership between Tunisia and Germany. The webinar series aims to raise awareness, build capacity, and network stakeholders on green hydrogen as part of an initiative to establish a joint Tunisian-German competence center and new value chain based on renewable energy and green hydrogen. The webinars will be held weekly on Wednesdays at 19:00 in English with speakers from both countries. The agenda outlines over 15 webinar sessions covering various technical and strategic topics related to green hydrogen production, storage, transportation, and integration into energy systems.

1. Tunisian-German Green Hydrogen Webinar Series
Program draft 2020-21
In partnership with the Hamburg University of Technology - TUHH, The Tunisian
National Agency for Energy Conservation – ANME, the Hamburg Open Online
University - HOOU and the German Engineers Association – VDI, the Council for
Engineering Sciences – CSI/OIT is organizing a webinar series on Green
Hydrogen.
The Webinar series, which is intended to raise the awareness, to build the
capacities on green hydrogen and to network with the different stakeholders, is
a part of a wider initiative, aiming at setting up a joint Tunisian-German
competence center and acting as a driving force to establish a new value chain,
based on renewable energies and green hydrogen.
The webinars will take place on a weekly basis, on Wednesdays at 19h00 and
will be held in English, since speakers and attendees from both Germany and
Tunisia, will participate in these webinars.
If you didn’t already register for previous sessions and if you wish to participate
to the upcoming webinars, please register online under the following link:
https://forms.gle/jLqd49Pnt9D4cuXw7
A Zoom link will be sent to you, so far as places are available.

2. Agenda
Concept: Virtual lecture series held by experts in hydrogen related fields.
Goals: Awareness rinsing, capacity building and networking.
Duration:  One presentation: max. 1 hour (20 to 30min. lecture, 15min. +
X min discussion)
 Two presentations: max. 1.5 hours (twice 20 to 30 min.
lecture, 15 min. + X min discussion)
Time: weekly, Wednesdays at 19:00 / 7 pm
Language: English.
Medium : Webtool Zoom
Channel for
announcement
:
Tunisia: Mailing-List (~70 000 Engineers), association of Tunisian
engineers, TU
Germany: TU Hamburg, HOOU, VDI-Hamburg & Düsseldorf, IUE
Homepage, EFH-Verteiler
02.12.2020 The stakes of the Tunisian energy transition
Dr.-Ing. Mongi Marzouk, former Tunisian Minister of energy,
mines and energy transition.
09.12.2020 The transition of the German energy system - Driver, Challenges
and Opportunities.
Prof. Dr.-Ing. Manfred Fischedick, Wuppertal Institut, Wuppertal,
Germany
06.01.2021 The need of GHG reduction to avoid dangerous climate change.
Prof. Dr. Mojib Latif; Geomar – Helmholtz-Center for Ocean
Research, Kiel, Germany.
GHG emissions from the energy system – Status and prospects
Prof. Dr.-Ing. Martin Kaltschmitt; Hamburg University of
Technology, Germany.
13.01.2021 Renewable energy potential in MENA countries.
Dr.-Ing. Sebastian Timmerberg; Hamburg University of
Technology, Germany
Renewable energy potential in Tunisia.
Samir Amous; CEO Apex Consulting, Tunis, Tunisia

3. 20.01.2021 Onshore wind power generation technology – Status and
prospects .
Prof. Dr.-Ing. Andreas Reuter; Institute of Wind Energy Systems,
Leibniz University Hannover; Fraunhofer-Institute for Wind
Energy Systems, Bremerhaven, Germany.
Offshore wind power generation technology – Status and
prospects.
Prof. Dr.-Ing. Martin Skiba; Foundation Offshore Wind Energy,
Hamburg; World Forum Offshore Wind, Hamburg, Germany.
27.01.2021 Large-scale photovoltaic power generation technology – Status
and prospects.
Stefan Müller; Enerparc, Hamburg, Germany.
03.02.2021 Hydrogen production in living organisms: Bio fuel cell.
Prof. Dr. Hafedh Abdelmelek; Member of the Tunisian Academy
of Sciences, Letters and Arts, Faculty of Sciences, University of
Carthage, Bizerte, Tunisia.
10.02.2021 Hydrogen production from electricity – Technological overview.
Prof. Dr. rer. nat. K. Andreas Friedrich; Institute of Technical
Thermodynamics, German Aerospace Center (DLR), Stuttgart,
Germany.
Technological solutions for the market – Industry perspectives.
Dr. Åke Johnsen; GP Joule, Reußenköge, Germany.
17.02.2021 Hydrogen storage and transportation options.
Dr.-Ing. Karsten Wilbrand; Shell, Hamburg, Germany.
24.02.2021 Hydrogen storage in metal hydrides.
Prof. Dr. Thomas Klassen; Institute of Materials Research,
Helmholtz-Center Geesthacht, Germany.
03.03.2021 Hydrogen supply chains – Options and their assessment.
Lucas Sens; Hamburg University of Technology, Germany .
10.03.2021 Research on green hydrogen in Tunisia – Status and prospects
Prof. Dr.-Ing. Abdelmajid Jemni; National Engineers School,
University of Monastir, Tunisia.
17.03.2021 Hydrogen use in shipping.
Dirk Lehmann; Becker Marine Systems, Hamburg, Germany.

4. 24.03.2021 Hydrogen use in aviation
Dr. Jens Gralfs; Airbus, Hamburg, Germany.
31.03.2021 Hydrogen for heavy duty vehicle applications.
NN; Clean Logistics, Hamburg, Germany.
07.04.2021 The role of hydrogen within the future German energy system
Prof. Dr. rer. pol. Martin Wietschel; Fraunhofer-Institute for
Systems and Innovation Research (ISI), Karlsruhe, Germany.
14.04.2021 The potential of green hydrogen within the Tunisian energy
system
Fethi Hanchi; Tunisian National Agency for Power Conservation -
ANME, Tunis, Tunisia
Strategy to improve the penetration of green electricity into the
Tunisian energy system
Dhoha Garreb; Directorate of Research and Innovation, Tunisian
National Electricity and Gas Corporation - STEG, Tunis, Tunisia
24.04.2021 Smart power grid, a key factor to boost the integration of green
hydrogen in Tunisia.
Prof. Dr.-Ing. Ahmed Fakhfakh; Digital Research Center, Sfax,
Tunisia.
Prof. Dr.-Ing. Faouzi Derbel; Smart Diagnostic and Online
Monitoring, Leipzig University of Applied Sciences, Germany.