Imagine a neighborhood where one person's trash is another person's treasure. This project does that for big factories, connecting them so that heat, water, or CO2 from one plant becomes the raw material for the next. It uses a digital map to coordinate these swaps, making the whole industrial area run like a single, efficient organism.
Industrial areas often waste energy and materials because they operate in isolation. This leads to high operational costs and failure to meet strict EU carbon and waste regulations.
A digital collaboration platform (DigitalH4C) and four physical demo hubs featuring CO2 capture units, hydrogen pipeline plans, and wastewater valorization systems.
If you are a chemical plant dealing with high carbon emissions — this project developed carbon capture and utilization (CCU) plants that turn waste gas into chemicals. This helps you meet climate targets while creating a new product stream.
If you are an energy company dealing with the difficulty of hydrogen distribution — this project developed infrastructure planning for hydrogen pipelines in industrial hubs. This allows for a more efficient rollout of green energy to multiple users.
If you are a utility company dealing with wastewater disposal — this project developed closed-loop water and oxygen systems. This reduces the need for fresh water intake and lowers waste discharge costs.
Based on available project data, specific pricing or implementation costs are not provided; the project focuses on enabling investment and delivering a design methodology.
Yes, the project is demonstrating near-commercial scale hubs across four pilot regions in the Netherlands, Spain, Türkiye, and Germany.
Based on available project data, the specific licensing terms for the DigitalH4C platform are not mentioned, though it is designed as a modular collaboration tool.
It integrates via a digital collaboration platform that manages resource and infrastructure sharing, supported by decision-support modules.
The project runs from 2024-01-01 to 2028-01-31, with pilots currently being implemented in four countries.
The consortium is heavily weighted toward industry, with 16 industrial partners (47% of the total) and 11 SMEs. This high industry ratio, combined with 34 partners across 9 countries, suggests the project is driven by commercial viability and practical application rather than pure academic research.
Contact Universiteit Twente (NL) for methodology and design tools.
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