Bekaert-led Comforthybel project accelerates green hydrogen pipeline development

Bekaert-led Comforthybel project accelerates green hydrogen pipeline development

(IN BRIEF) The high-pressure transmission network for green hydrogen will require repurposed natural gas pipelines for long-distance transport, as well as numerous new, small to medium diameter pipelines to create an interconnected grid stretching from production areas to distribution points and end-users. The Bekaert-led Comforthybel project, supported by the Belgian Federal Government and funded by the EU’s NextGenerationEU Recovery and Resilience Facility, will accelerate hydrogen-specific design and testing of Armofor® at operational pressure levels. Bekaert’s steel cord reinforced thermoplastic pipelines have demonstrated resilience in challenging operational conditions, making them a partner of choice for smart and efficient solutions in the hydrogen network. By the end of 2025, the project aims to demonstrate that Bekaert’s technologies offer superior grid resilience in the hydrogen network.

(PRESS RELEASE) ZWEVEGEM, 12-Apr-2023 — /EuropaWire/ — The high-pressure transmission network for green hydrogen will need an extensive use of repurposed natural gas pipelines for transport over long distances. Completing the network – beyond the backbone – to create an interconnected grid that stretches from production areas to distribution points and end-users, will require numerous new, small to medium diameter pipelines.

Supported by the Belgian Federal Government’s call for Clean Hydrogen for Clean Industry projects, and with funding from the EU – NextGenerationEU Recovery and Resilience Facility – the Bekaert-led Comforthybel project will accelerate hydrogen-specific design and testing of Armofor® at operational pressure levels.

Using proven and robust solutions that can be rolled out fast is going to be vital to achieving the ambitious emission reduction goals set globally. Bekaert is already a partner of choice for steel cord reinforced thermoplastic pipelines that have demonstrated their resilience in a variety of very challenging operational conditions.

By end of 2025, we aim to demonstrate that our technologies offer a smart and efficient solution for superior grid resilience in the hydrogen network.

Media Contact:

Chris Dhulst
Project Manager
chris.dhulst@bekaert.com

SOURCE: Bekaert