Imagine a giant wind turbine powering a machine that splits water into hydrogen, oxygen, and heat. Instead of wasting the leftovers, the project sends the hydrogen to trucks, the oxygen to fish farms, and the heat to food factories. It's like a circular neighborhood where nothing goes to waste and everything runs on wind.
Ports struggle to decarbonize heavy transport and industrial heating while wasting the by-products of green hydrogen production. There is a lack of integrated systems that turn renewable energy into a multi-stream revenue source.
A 4MW green hydrogen production facility and a distribution network of pipelines for hydrogen, heat, and oxygen. It includes a digital energy management system to coordinate wind power and production.
If you are a transport company dealing with high diesel costs and carbon taxes — this project developed a 4MW hydrogen production facility that provides 550 tons of green hydrogen annually. This allows you to switch to climate-friendly fuel sourced directly from port-side wind energy.
If you are a fish farm operator dealing with high energy costs for aeration and heating — this project developed a distribution pipeline for oxygen and excess heat. This allows you to use electrolysis by-products to lower operational costs for marine nutrition production.
If you are a food ingredient manufacturer dealing with expensive energy for chemical processes — this project developed a hydrogen supply line for enzymatic hydrolysis. This replaces fossil fuels with green hydrogen produced from 32,160MWh of annual wind energy.
The project estimates accumulated revenues of €23.86bn for H2 system operators and €17.89bn for RES operators, with savings for transport off-takers reaching €1.70bn. Based on available project data, these are long-term projections toward 2050.
The system features a 4MW hydrogen production facility capable of producing 550 tons of green hydrogen annually. It utilizes 32,160MWh of renewable electricity per year.
Based on available project data, there is no specific mention of patents or licensing terms; the focus is on demonstrating a replicable ecosystem model.
The project involves retrofitting the existing gas grid and building new pipeline infrastructure for the distribution of hydrogen, heat, and oxygen within the Hirtshals Port.
The project period runs from March 1, 2024, to February 28, 2029, with construction of the production facility currently underway.
The consortium is heavily industry-driven, with 64% of the 11 partners being industrial entities, 7 of which are SMEs. This high industry ratio, combined with the presence of a specialized coordinator like Norwegian Hydrogen AS, suggests a strong focus on commercial viability and deployment rather than academic research, as there are zero universities involved.
Contact Norwegian Hydrogen AS regarding the Hirtshals Port implementation.
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