On 29 July, those who are interested will have the opportunity to get detailed information about the motivation, objectives and approach of the initiative during an about 1-hour webinar. In particular, you will learn everything about the options of participation and how you and your company can benefit from the initiative.
The economic importance of technologies for the sustainable use of hydrogen is underscored by wide-ranging investment. Most governments of large industrial nations are funding both the industry and the private economy with budgets running into triple-digit billions of euros in order to drive the hydrogen economy forward. The main growth area will lie in energy conversion, which will trigger an innovation boost in transport, construction and many other industries.
Significant efficiency increases in the production, transport, storage and conversion of hydrogen will only be stimulated by innovations that are made possible by materials and the corresponding processing technologies. More than ever, an intelligent combination of different materials will allow efficiency increases both in the production of sophisticated components and in their use in a critical environment.
As part of the market and technology analysis, a cross-industry network will cooperate at IKV to identify new possibilities for the realisation of safe, reliable, cost-efficient and long-lasting components. The study will, among other things, analyse the state of the art, prepare detailed market insights and provide information on upcoming technologies and trends. Based on this, scenarios will be developed for the further implementation of plastic technologies in complex material systems, and an R&D roadmap will be derived for IKV's research platform.
"We will identify the scientific and development-related challenges that need to be tackled in the next few years for the best-possible integration of plastics into the hydrogen economy," says Prof. Dr.-Ing. Christian Hopmann, head of IKV, summarising the target of the study.
The initiative will be headed by IKV with its proven expertise in industry-related R&D, and Prof. Rudolf Stauber with many years of experience in the implementation of new material systems into large-series applications.
Prof. Dr. rer. nat. Rudolf Stauber, founder and Managing Director of stauber.engineering is convinced: "The hydrogen technology will significantly change a large number of industrial processes in the coming decades. For this macroeconomic environment, plastics technology will support a systematic and comprehensive approach for technical solutions."
Participation in the study offers the possibility to become involved in a strategic cooperation community and in the development of a technology for plastics in the hydrogen economy.
Project meetings and workshops with external experts on hydrogen systems will ensure knowledge transfer and networking between the industrial project participants from the fields of application, materials and production. Ultimately, a platform is to be created for lasting partnerships for implementing innovative technologies, resulting in the creation of a long-term strategy community that will regularly exchange ideas and information even after the study has been concluded.
Should you be interested in taking part and would like to have more details, please contact us.
Jens Wipperfürth, M.Sc.
+49 241 80-28359