ITM Power Delivers UK-Manufactured Electrolyzer to Germany’s GET H2 Nukleus Project, Initiating First Hydrogen Production at Lingen Plant

August 9, 2026

Energy Voice UK

Overview

ITM Power has delivered a UK-manufactured electrolyzer to Germany’s GET H2 Nukleus hydrogen project, leading to the initiation of initial hydrogen production at RWE’s plant in Lingen. This milestone represents a crucial step towards Germany’s future national hydrogen backbone. The GET H2 Nukleus project aims to connect large-scale hydrogen production with industrial users via a 120km pipeline network, significantly contributing to European decarbonization efforts.

In Depth

Key Findings

ITM Power has delivered an advanced electrolyzer, manufactured in the UK, to Germany’s prominent green hydrogen initiative, the GET H2 Nukleus project. This delivery has enabled the initiation of initial hydrogen production at RWE’s plant within the Lingen power station, marking a significant milestone towards the formation of Germany’s future national hydrogen backbone (core pipeline network).

Technical and Project Details

ITM Power’s Electrolyzer: The delivered electrolyzer, manufactured by ITM Power in the UK, is based on Proton Exchange Membrane (PEM) technology. This technology is characterized by high efficiency and flexibility, making it well-suited for integration with variable renewable energy sources. The electrolyzer produces hydrogen by electrolyzing water without emitting carbon dioxide.
GET H2 Nukleus Project: This project aims to establish large-scale green hydrogen production in northwestern Germany and build a pipeline network to connect it with industrial users. The commencement of hydrogen production at RWE’s Lingen plant constitutes the first phase of the project, with future plans to supply hydrogen to various industrial sites via an approximately 120km hydrogen pipeline network.
First Hydrogen Production: The start of hydrogen production at the Lingen plant is not merely a technical achievement; it demonstrates Germany’s practical capability to supply clean hydrogen as the nation transitions away from fossil fuels. This marks concrete progress towards achieving national energy transition goals.

Background and Industry Context

Germany is one of the leading countries in the European Union (EU) driving decarbonization efforts, with green hydrogen positioned at the core of its energy strategy. Projects like GET H2 Nukleus are essential for accelerating decarbonization within domestic industrial sectors, particularly heavy industries such as chemical manufacturing and steel production. Moreover, as a hydrogen backbone is developed across Europe, Germany is expected to play a key role as a major production hub and distribution center. This project also symbolizes technological cooperation between the UK and Germany, strengthening cross-border efforts towards energy transition.

Future Outlook

The commencement of hydrogen production at the GET H2 Nukleus project is a groundbreaking event for the development of Germany’s hydrogen economy. This initial success will pave the way for the future expansion of large-scale hydrogen pipeline networks and the promotion of hydrogen utilization in other industrial sectors. For electrolyzer manufacturers like ITM Power, it provides an opportunity to further enhance their presence in the European market. In the long term, the realization of many such projects is expected to strengthen overall energy security in Europe and contribute to the establishment of a sustainable industrial foundation.

Source: https://www.energyvoice.com/renewables-energy-transition/hydrogen/601913/itm-power-electrolyser-produces-first-hydrogen-since-86-5m-government-package/

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