HealthW2R (Lea Rupcic)
Develops a circular system for single-use plastics in healthcare laboratories, combining material-flow and environmental assessment with decontamination, recycling, logistics and procurement pathways.
FABA LOOP (Vimala Bathineni)
Combines remote sensing, deep learning, spatial modelling and environmental assessment to explore where increased Danish faba bean cultivation is feasible and what environmental consequences may follow.
IBuildGreen (Completed)
Uses remote sensing and machine learning to characterise building stocks at high spatial resolution and links this information with future material flows, life cycle assessment and circular construction planning.
Healthcare Data and AI Tools (Lea Rupcic)
Develops traceable methods and an AI-based tool for extracting sustainability information from supplier documentation and procurement data, supporting Scope 3 accounting, supplier assessment, and future material-level sustainability assessment in hospital procurement.
TREASoURcE (Completed)
Uses spatial optimisation to match biowaste generation with treatment capacity, logistics and economic conditions under current and future scenarios.
Circularity Assessment Tool (Peter Schibye and Jeppe van den Brink)
Develops a web-based tool for Danish plastic-product manufacturers to translate product and material data into circularity indicators and practical decision support.