Imagine trying to navigate a giant ship through a storm where the wind, waves, and currents all change at once. This project builds a high-tech map that predicts how laws, trade, and new tech will affect factories over the next few decades. It helps business leaders see which path leads to profit and which leads to a dead end.
Industrial leaders struggle to predict how complex interactions between global trade, demand, and new policies will affect their profitability during the transition to climate neutrality.
An integrated computer modeling system that combines separate domain models into one to simulate industrial transformation pathways.
If you are a basic process industry plant dealing with the shift away from fossil fuels — this project developed an integrated model that identifies the conditions needed for sustainable solutions to succeed in the market.
If you are a utility operator dealing with infrastructure planning — this project developed local-level models to analyze decisions on where to build infrastructure to support industrial clusters.
If you are a biomass processor dealing with fluctuating feedstock availability — this project developed a system to analyze material flows and the combined effect of policy on production.
Based on available project data, there is no information regarding the pricing or cost of the software tools developed.
Yes, the project provides an integrated model to represent EU industry transformation pathways up to 2070 and analyzes decisions at both the EU systems-level and local industry clusters.
Based on available project data, specific licensing terms and IP ownership are not disclosed.
The tool analyzes how regulatory measures and incentives affect industrial production, helping companies align their investment in capital projects with 2050 climate-neutrality goals.
The project is active from 2024-01-01 to 2027-12-31.
The project is led by TNO (NL) and features a strong industrial presence with 6 industry partners (46% ratio), including 3 SMEs. With 13 partners across 8 countries and a mix of 6 research organizations and 1 university, the group is well-balanced to bridge the gap between academic simulation and real-world industrial application.
Contact TNO (Netherlands Organisation for Applied Scientific Research)
Contact us to track the development of this industrial modeling tool.
