Applied Mineralogy –Shaping the Materials of the Future
The Section of Applied Mineralogy connects fundamental research with solutions to some of the major challenges of our time – from low-carbon construction materials to the recycling of critical raw materials. Exchange ideas with experts, build valuable connections, and develop your career within a dynamic, interdisciplinary network. Become part of our community!
Applied Mineralogy is an interdisciplinary field that applies fundamental knowledge of geomaterials to technological, industrial, and environmental challenges. Its focus extends beyond the nature and composition of minerals to their functional properties and their use in modern technologies.
Research Areas
Applied Mineralogy is an interdisciplinary field that makes targeted use of the functional properties of geomaterials for technological, industrial, and environmental applications.
Energy Materials
Applied mineralogy plays an important role in energy materials research, from the exploration of raw materials needed for the energy transition to the characterization of minerals for CO₂ storage. Whether in the development of sustainable batteries, hydrogen technologies, or geothermal energy, research in this field explores how minerals and materials can contribute to future energy systems. Career opportunities can be found in the energy sector, mineral exploration, and the development and production of innovative energy-storage technologies.
Recycling
In recycling, waste streams such as electronic waste and construction materials are analysed to identify, separate, and recover valuable mineral phases. Career opportunities are available in recycling companies, environmental technology, and research institutions working on sustainable material cycles and the circular economy.
Sustainable Construction Materials
Construction materials research uses geomaterials not only as raw materials but also as functional components. The structures and properties of natural minerals can provide inspiration for the development of synthetic and nanostructured materials as well as more sustainable construction materials. Career opportunities range from construction-material and cement industries to materials research.
Biomaterials
Minerals such as hydroxylapatite are used in applications including artificial bone materials, dental implants, and biocompatible surfaces. Mineralogy provides fundamental knowledge for understanding and controlling their synthesis, stability, and biological compatibility. Career opportunities can be found in medical technology, implant manufacturing, and biomaterials research.
