Imagine a nuclear power plant as a giant battery that usually only makes electricity. This project figures out how to plug a hydrogen factory into that plant to make clean fuel. It's like adding a new high-efficiency appliance to an existing power grid to get two products for the price of one.
Nuclear plants produce electricity, but the market needs massive amounts of low-carbon hydrogen to meet 2050 climate goals. There is a lack of technical and economic blueprints to safely combine these two different industrial processes.
A comprehensive business plan, techno-economic models, safety cases, and a decision matrix for selecting pilot plant locations.
If you are a plant operator dealing with the need to diversify energy output — this project developed decision matrixes and technical guidelines that allow you to produce large amounts of low-carbon hydrogen on-site.
If you are an engineering firm dealing with the complexity of coupling H2 plants to nuclear sites — this project developed a roadmap for coupling and specific requirements for the H2 plant to ensure safety and efficiency.
If you are a factory dealing with high costs of green or blue hydrogen — this project developed techno-economic models to prove that nuclear hydrogen is a commercially attractive and feasible alternative.
Based on available project data, the project developed techno-economic cost and income models and KPIs to prove that nuclear H2 is economically attractive compared to blue, green, and turquoise hydrogen.
Yes, the project specifically investigates large-scale production and has developed conceptual planning and location mapping for pilot plants.
The project evaluated guides, regulations, and licensing processes specifically for nuclear H2 cogeneration within the EU to streamline implementation.
The project aims for a short implementation horizon, targeting the realization of generation projects starting in 2025.
Based on available project data, the project defined viable interfaces and requirements for both the NPP and the H2 plant to maximize mutual benefits while maintaining safety.
The consortium is heavily weighted toward industrial application, with 7 industry partners representing 54% of the group. Led by Framatome GmbH, the 13 partners span 9 countries, indicating a strong cross-border industrial alignment for deploying nuclear-hydrogen infrastructure across Europe.
Contact Framatome GmbH regarding the NPHyCo Business Plan and pilot plant decision matrixes.
Request the NPHyCo techno-economic models for your energy portfolio.
