To mitigate climate change, we focus on capturing, converting, and reusing carbon dioxide as a valuable resource. Our research develops biological, catalytic, and thermochemical pathways that transform CO₂ into fuels, chemicals, and materials. By closing the carbon cycle, we turn emissions into feedstocks and support the transition to a climate-positive economy.

Clean water is a basic human right. We develop molecular and microbiological tools to detect contaminants, assess water quality, and monitor microbial ecosystems. Combining DNA- and RNA-based diagnostics with advanced sensor systems enables near-real-time analysis and risk assessment. Our goal is to safeguard water resources and ensure safe drinking water for all.

A sustainable future depends on closing material loops across all sectors. We design and optimize technologies for recovering and reusing both inorganic and organic resources—from metals and minerals to textiles and polymers. By integrating recycling innovation with material flow analysis and circular economy modeling, we create systems that maintain product quality while reducing waste and emissions. Our goal is to turn end-of-life products into new beginnings, ensuring that every material retains its value and function within a regenerative, low-carbon economy.

Renewable energy systems form the backbone of a sustainable future. Our research covers thermochemical conversion, hydrogen and methane production, and advanced energy storage. By integrating renewable sources with efficient process technologies, we enable stable, flexible, and carbon-neutral energy supply chains for industry and society.

We are shaping the next generation of biorefineries and circular production systems. From biomass conversion and CO₂ utilization to bio-based chemicals and materials, our research replaces fossil feedstocks with renewable ones. Each process we design supports sustainable manufacturing and strengthens the foundation of a resilient bioeconomy.

Access to effective and affordable medicines is essential for global health. Our research spans the discovery of new bioactive compounds and the development of efficient production processes. We explore natural and microbial sources for novel pharmaceuticals and design sustainable biotechnological pathways for their manufacture. By combining innovation in discovery and process engineering, we contribute to making high-quality medicines accessible to all.