Coupling molecular insights and systems analysis to advance renewable resource utilization

We explore how bioresources can be transformed and managed in ways that are both technologically efficient and ecologically sound. Our work spans a broad spectrum—from catalysis and plant biochemistry to system modelling and sustainability assessment. We develop base catalysts for efficient glucose isomerization, investigate secondary metabolism in plants, and study structure–function relationships of bioactive molecules to gain insight into their biotechnological potential. These molecular-level investigations provide the foundations for new processes and materials derived from renewable resources.

At the same time, we analyse entire production systems to evaluate their environmental and economic performance. Through projects on the carbon circular economy, biomass supply chains, and prospective system assessment, we model and quantify the impacts of emerging technologies on resource efficiency and climate targets. By combining chemical, biological, and systemic perspectives, we contribute to developing resilient, low-carbon value chains that integrate renewable resources into future industrial systems.