The contribution of our research to sustainability
The research conducted at TU Clausthal contributes in many ways to sustainable development. This includes raw material extraction from primary and secondary sources, the design of resource-efficient and circular materials and products, as well as integrated research on complex processes, short- and long-term energy storage, COâ‚‚ cycles, and innovative business model concepts. Digitalization is understood as an essential cross-cutting topic throughout all these areas.
In these fields of high societal and scientific relevance, TU Clausthal delivers excellent, internationally recognized research achievements. These are closely interconnected within four main research areas:
- Sustainable Energy Systems
- Raw Material Security and Resource Efficiency
- Sustainable Materials and Processes
- Digitalization for a Sustainable Society
Further information on our research profile: Forschungsprofil
Sustainability activities are supported by various programs, foundations, and similar initiatives. This page provides an overview of funding opportunities for different target groups.
If you are interested in these funding options, we are happy to support you and can provide further information if needed.
Our Research Contributions to the Sustainable Development Goals (SDGs)
The overview of our projects is continuously being expanded:
No Hunger
Our contribution to food security and sustainable food production
Clean Water and Sanitation
Affordable and Clean Energy
Decent Work and Economic Growth
Industry, Innovation and Infrastructure
Sustainable and resilient infrastructure, strengthening scientific research, and enhancing the technological capabilities of industry
Sustainable Cities and Communities
Participatory initiatives and research aimed at reducing the number of people affected by disasters are among our research approaches
Sustainable Consumption and Production
Climate Action Measures
Our research on adaptability to climate-related hazards and natural disasters, for example protection against flooding during extreme rainfall events.