The TÜV SÜD certification validates the Blakeborough® control valves’ compliance with stringent international standards, including ISO 15848-1, BS EN IEC 60534-4, and ISO 19880-3. These standards emphasise superior durability, precision, and safety under demanding conditions. Rigorous testing with 99.9% pure hydrogen at both cryogenic and ambient temperatures confirmed the valves’ positive performance, meeting endurance Class A CO1 and CC1 stem leakage requirements, and ensuring compliance with stringent fugitive emission standards.

“Our TÜV SÜD-certified hydrogen valves represent a significant leap forward in supporting the global energy transition,” said Steve Brayley, Managing Director of Global Valves at Trillium. This achievement demonstrates our expertise in delivering ‘performance-engineered’ solutions tailored to the unique challenges of hydrogen production, storage, and transportation.”

Blakeborough® control valves are designed to address the critical needs of hydrogen applications, including:

  • Production and storage: supporting hydrogen purification, pressurisation, and liquefaction processes.
  • Transportation and distribution: ensuring safety and reliability for hydrogen transfer and storage systems.
  • Advanced material compatibility: robust metallic, elastomeric, and thermoplastic components tested to withstand extreme temperatures and hydrogen exposure.

Hydrogen is central to achieving net zero carbon goals, serving as a versatile energy carrier for applications ranging from industrial processes to long-distance transportation. Trillium’s Blakeborough® control valves offer unmatched reliability in these critical applications, bolstering operational efficiency and reducing emissions across the hydrogen value chain.

“This certification is more than just recognition – it is a testament to the collaboration and dedication of our teams in engineering, supply chain, quality assurance, and operations,” added Graham Ellis, General Manager and Commercial Operations Director. “Together, we have set a new benchmark for hydrogen valve performance and reliability.”