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Transformation regionaler Infrastrukturen für einen sozial-ökologischen Strukturwandel

Konzeptionelle Ansätze des Strukturwandels und Herausforderungen

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Citation

Trapp, Jan Hendrik et al. 2024: Transformation regionaler Infrastrukturen für einen sozial-ökologischen Strukturwandel. Konzeptionelle Ansätze des Strukturwandels und Herausforderungen für sozial-ökologische Transformationen in den drei Braunkohlerevieren. Teilbericht. Umweltbundesamt: Dessau-Roßlau.

This report analyzes the challenges and opportunities arising from the phase-out of coal in Germany, with a specific focus on the three major coalfields: the Central German, Rhenish and Lusatian coalfields. It offers a detailed insight into the challenges and strategic approaches and emphasizes the need to develop regional infrastructures in a targeted and sustainable manner in order to meet the economic, social and ecological challenges of the three major German coalfields. Innovative technical solutions and a stronger integration of different infrastructure sectors can support the transition from a fossil fuel-based economy to a sustainable and resilient regional development.

The transformation of these areas involves a transition from economically and environmentally sustainable spatial planning to a socio-ecological structure based on global sustainability goals. The report notes that there is a lack of concrete development plans for the infrastructures in these areas and discusses the role of innovative technical infrastructures, which have so far rarely been included in strategic considerations. The focus is on the need to design infrastructures such as hydrogen, mobility and digital networks in such a way that they play a proactive role in structural change.

Analysis of the three coalfields

A descriptive analysis of the three coal mining regions is carried out, which shows both the individual challenges and the possible transformation paths. The Rhenish, Central German and Lusatian coalfields each face different social, economic and environmental challenges, which will be exacerbated by the coal phase-out. The report emphasizes the importance of a differentiated approach and individually adapted strategies for each mining area in order to effectively shape the socio-ecological structural change.

Infrastructure development and potential analysis

Finally, the report discusses the development opportunities and requirements of the infrastructures within the districts. It particularly emphasizes the need to develop innovative and networked infrastructure solutions that meet the ecological and economic requirements of the 21st century. The analysis and expansion of sector coupling, such as the integration of energy and mobility systems or the use of waste heat, are seen as key strategies for sustainable regional development.

Targeted and networked infrastructure planning is the basis for successful structural change in the German coal-mining regions. This planning must include innovative technological solutions and cross-sector cooperation.

More content from this project

Language
German
Authorship
Jan Hendrik Trapp, Robert Riechel (Difu)
Claus Barthel, Christoph Zeiss (Wuppertal Institut)
Markus Gräbner, Jörg Walther (BTU)
Funding
Published in
TEXTE 17/2024
Published by
Year
Dimension
42 pp.
ISSN
1862-4804
Project
Project ID
Table of contents
Keywords
Socio-ecological structural change, lignite mining areas, sustainable regional planning, infrastructure development, sector coupling, energy transition, sustainable economic development, climate neutrality, regional resilience, promoting innovation in infrastructure, sustainable energy solutions, transformation of energy infrastructure, networking of technical systems, funding for structural change, sustainable spatial development
Central German coalfield, Rhenish coalfield, Lusatian coalfield, Germany, Brandenburg, Saxony, Leipzig, Halle, Cologne Bay, North Rhine-Westphalia
Literature research, desktop-based research, guideline-based expert interviews, scoring procedures, interdisciplinary workshops, reflection on scientific debates, synthesizing result protocols, participatory processes, scenario frameworks, demand modelling, network development plans, explorative interviews

Source URL: https://www.ecologic.eu/19658