The project is a result of the previous acatech/BDI cooperation project "Pathways into the Energy Future", of which the last fact-finding mission went to Australia. A German delegation met with leading research institutions and companies in the field of hydrogen. The most important finding of the trip: Australia is an ideal partner for a long-term partnership on hydrogen with Germany.
Australia has abundant renewable energy resources and has thus low electricity generation costs for renewable electricity. As one of the largest energy exporters, the country has excellent skills and infrastructure for exporting raw materials. In order to exploit this potential, Australia needs large-scale hydrogen technologies, especially in the field of electrolysis. Germany, on the other hand, is currently the market leader in electrolysis technologies and it will have a great demand for low CO2 hydrogen imports in the future. A possible win-win situation!
Aims of the study
The project aims first and formost to the development of the feasibility study which investigates possible business cases for the supply chain of renewable hydrogen between the two countries. In order to develop a hydrogen supply chain between Australia and Germany, a team of German and Australian experts from industry and academia will identify existing regulatory, economic and technical barriers along the entire value chain that need to be overcome. The team will be supported by a wide range of stakeholders with additional expertise. First interim results are expected for 2021.
It is important for the project to act fast and on a large scale. Therefore, HySupply acts from the beginning as a platform for continuous exchange and dialog with the Australian partners. In addition, match-making between German and Australian companies is actively pursued in order to bring the right stakeholders together already during the project. This is intended to support the initiation of concrete implementation projects on an industrial scale.
Members of the German project group
On the German side, the project is accompanied by a project group consisting of leading experts in science and German companies. A number of leading industrial companies are involved, including Air Liquide S.A., BASF SE, E.ON SE, Linde GmbH, Port of Rotterdam, Lufthansa German Airlines, Mineralölwirtschaftsverband e.V. (MWV), RWE Supply & Trading GmbH, Siemens Energy AG and thyssenkrupp Steel Europe AG.
From the German academia, high-level experts also contribute their expertise, including Veronika Grimm (Friedrich-Alexander-Universität Erlangen-Nürnberg), Christian Growitsch (Fraunhofer Gesellschaft), Christopher Hebling (Fraunhofer ISE), Andreas Löschel (Westfälische Wilhelms-Universität Münster), Karen Pittel (ifo Institut), Peter Wasserscheid (Friedrich-Alexander-Universität Erlangen-Nürnberg), Michael Sterner (Ostbayerische Technische Hochschule Regensburg) and Maike Schmidt (Zentrum für Sonnenenergie- und Wasserstoff-Forschung BW, ZSW).
Significance of the project
The availability of climate-neutral hydrogen in sufficient quantities and at competitive prices is a prerequisite for achieving the goal of climate neutrality in 2050 without losing important value chains of German industry. This can only be achieved through a global hydrogen market and international partnerships on hydrogen. At the same time such a market offers great potentials for the export of hydrogen technologies from Germany. The national hydrogen strategy therefore devotes two billion euros to the development of international partnerships on hydrogen.
To be able to implement such international partnerships, especially issues concerning the intercontinental and long-distance transport of hydrogen must be clarified. The project thus provides important preliminary work to implement the action plan of the National Hydrogen Strategy to build a global hydrogen market and to strengthen Germany's technological leadership. Furthermore, the project intensifies the exchange with an exporter of fossil fuels and thus works in favour of a global energy transition.