Our work spans municipal governance, industrial symbiosis, tourism planning, and EU-level environmental assessment. Each project begins with a problem framing phase and ends with decision-relevant output grounded in the specific system.
Circular strategies that keep materials in use longer simultaneously extend chemical exposure pathways. CHEMSYS builds a multi-tier decision support framework enabling Sundsvall municipality to govern the feedback between circular economy objectives and chemical risk outcomes.
Applying system dynamics to the governance of tourism destinations, mapping development trajectories, critical decision points, and leverage points for sustainable transition. Output includes a systems-based planning handbook for municipalities.
Systems analysis of cumulative effects from industrial hydrogen production and crayfish farming, integrating water, biodiversity, economic, and social dimensions into a planning support tool for the municipality.
ModelThink AB was founded in 2025, drawing on more than 25 years of applied experience across Swedish, European, and international environmental policy contexts.
Applied systems thinking, system dynamics, and foresight to European State of the Environment Reporting, including long-term what-if pathway analysis and Farm to Fork policy scenario assessment at EU level.
Core methodological contributor applying dynamic policy scenario analysis to the STAR-ProBio project, analysing how different regulatory frameworks shape bioeconomy development trajectories across EU member states.
Development and application of indexed causal loop diagram modelling for the Swedish environmental objectives, systems-based policy instrument analysis, and collaboration with IIASA on mediated policy modelling for wildlife and ecosystem services.