Ulf Richers

Dr. Ulf Richers is a Researcher at the Institute for Technology Assessment and Systems Analysis (ITAS) within Karlsruhe Institute of Technology (KIT), Germany, where he has served since 1992—initially at the Institute of Technical Chemistry and at ITAS since 2008. Affiliated with the Research Group 'Sociotechnical Energy Futures,' his work integrates technical and environmental analysis to address waste management and energy system challenges.

His academic foundation includes Chemistry studies at Leibniz University Hannover (1981–1988) and a doctorate at the University of Hanover's Institute of Technical Chemistry (1988–1992). From 1990–1993, he lectured at DEKRA Academy while commencing his research career.

Richers specializes in material flow analysis for waste systems, waste-to-energy technologies, and environmental impact assessment. His research examines trace element transfers in industrial processes, flue gas cleaning optimization, and climate implications of carbon dioxide utilization. Recent work emphasizes systemic approaches to waste valorization and circular economy transitions within energy infrastructure.

His 15 most recent publications reveal persistent focus on waste incineration's role in energy supply, material flow modeling for pollution prevention, and secondary resource integration in heavy industries. Key thematic threads include nitrogen oxide mitigation, slag management, and trace metal dynamics in construction materials—demonstrating consistent methodology centered on empirical material flow analysis and life cycle perspectives.

No scientific awards are documented in the source material.

While the text indicates Richers has lectured externally (e.g., at DEKRA Academy), no formal student advising or grant administration details are provided. His research operates within KIT's institutional framework without mention of dedicated funding streams.

He actively contributes to ITAS's Research Group 'Sociotechnical Energy Futures,' which investigates socio-technical dimensions of energy transitions with particular emphasis on waste-derived resource systems and their integration into sustainable infrastructure networks.