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your hydrogen partner
Can't find what you're looking for? Talk to one of our hydrogen experts.
As well as having a rich history in developing hydrogen technology for the NASA space program, Parker partners with many global and regional companies servicing the hydrogen ecosystem, from hydrogen electrolyzers to on-board hydrogen fuel cell delivery systems, and as a member of the Hydrogen Council, Parker is your reliable and trusted partner of choice for EC-79 and ISO 19880-3 Certified products.
Hydrogen Fluid System Applications
FCEV Fuel Systems
As hydrogen fuel cell use becomes more commonplace, Parker remains committed to the safe deployment of hydrogen as an alternative fuel source. To do so, we offer a wide range of EC-79 Certified components for hydrogen Fuel Cell Electric Vehicles (FCEV) fuel systems, buses, marine applications. Components for on-board hydrogen powered vehicles for pressures from 30 to 700 bar (435 to 10,152 psi)
Hydrogen Refueling Stations
With more than 10,000 alternative fueling stations globally – and more than a dozen alternative fuels in production or under development – consumers and industry together are clamoring for a clean energy future. Parker's Instrumentation Products Division can engineer and manufacture ISO 19880-3 Certified components for hydrogen refueling stations for pressures up to 700 bar (10,152 psi)
General Hydrogen Applications
Fluid conveyance on a green hydrogen electrolyser refers to the system of fittings, valves, and tubing used to transfer fluids, such as water and electrolyte, to and from the electrolyser cells. Parker’s products are designed to handle the pressures from vacuum to 1,380 bar (20,000 psi) and temperatures required for the electrolysis process. and are manufactured in a range of corrosion-resistant alloys.
Cryogenic / Liquid Hydrogen Applications
Parker’s Bestobell cryogenic valves are specifically designed to be used in cryogenic applications where extremely low temperatures are present. These valves are commonly used in the transportation of liquefied gases, including hydrogen, which must be kept at temperatures well below their boiling points to remain in their liquid form. When transporting hydrogen, the use of Bestobell cryogenic valves is important to ensure the safety and efficiency of the transport process.
EC-79 certified components for hydrogen-powered vehicles and ISO 19880-3 certified products for hydrogen refueling stations
Double Ferrule Tube Fittings - A-LOK®
EC-79 Certified
Medium Pressure Fittings - Cone and Thread
EC-79 Certified
Needle Valves - SM Series
EC-79 Certified
ISO 19880-3 Certified
O-Ring Check Valves - CXO Series
ISO 19880-3 Certified
Optimising Small Bore Tubing Systems for Hydrogen Applications
Guide
This guide aims to provide engineers and end-users with an overview of the key factors to consider when specifying, building, and installing small bore tubing systems for hydrogen. It examines small bore valves, tubing, and fittings utilised in hydrogen systems, focusing on pressure ranges from vacuum to over 1,000 bar (14,500 psi).
Instrumentation Solutions for Hydrogen Applications
Brochure
Download our brochure to explore Parker Instrumentation Products Division's hydrogen-compatible components and systems. Learn how we're advancing decarbonization efforts with solutions capable of handling extreme pressures and temperatures. Discover the future of efficient and safe operation, from vacuum to 1,380 bar (20,000 psi) and -253°C to +538°C (-423°F to +1000°F).
The Quality of Materials Matters
Watch the video
When it comes to hydrogen systems, the quality of materials is paramount to ensuring safety, durability, and optimum performance. Hydrogen can reveal flaws and cause leaks in steel components, leading to unexpected failures if low-quality materials are used. Therefore, we meticulously select our raw materials, ensuring they come with valid 3.1 certificates offering reliable traceability and high-quality proof. Our products come with full provenance, detailing:
- Melting processes
- Heat treatment details
- Testing methods
- Chemical analysis
- Mechanical characteristics, and more.
We implement stringent manufacturing processes, avoiding hydrogen pre-charge into the material and preventing over-stressing during production. By sourcing high-quality raw materials and maintaining strict quality control in our manufacturing, we guarantee robust, reliable components for your hydrogen systems. We are committed to guiding you in the material selection process and helping you achieve a safer, sustainable future with hydrogen energy. Watch the video to learn more.
Join us at an upcoming hydrogen event to talk to our experts and see our technology portfolio.
Success Stories
Groundbreaking electrolyzer provides a generous shot of zero-emission energy to whisky distillers
Supercritical
Discover how Parker collaborated with hydrogen equipment manufacturer SUPERCRITICAL and helped them bring their first-of-its-kind, zero-emission, ultra-efficient, and iridium-free green hydrogen generator to market, during the most globally challenging economic environment in decades.
Hydrogen power helps drive down carbon emissions
ULEMCo
The use of Parker EC-79 rated fittings for hydrogen applications, alongside close collaboration with OEM ULEMCo and a Parker Partner, is helping to pioneer technology that allows commercial vehicle fleet owners to include hydrogen among their running fuels. Taking advantage of zero-emission hydrogen fuel supports wider strategies to reduce transport-related carbon footprint.
Useful Resources
Blogs
Designing Safety Into Hydrogen Systems
As a source of clean energy, hydrogen is making a great contribution to a more sustainable future. However, it can embrittle poor-quality steel materials, leading to unexpected component failures. This article looks at how materials certificates can protect OEMs from such problems.
5 Key Criteria of a Hydrogen Fitting To Ensure Safety, Reliability and Performance
Hydrogen is highly flammable – more so than regular fuel – and is harder to contain than oil due to its small particle size which brings understandable safety concerns. Fittings used in Hydrogen production, Hydrogen fuel cells and refueling stations must meet key performance criteria to ensure safety, reliability, and performance in application.
Other Resources
Optimising Small Bore Tubing Systems for Hydrogen Applications
White Paper
This guide aims to provide engineers and end-users with an overview of the key factors to consider when specifying, building, and installing small bore tubing systems for hydrogen. It examines small bore valves, tubing, and fittings utilised in hydrogen systems, focusing on pressure ranges from vacuum to over 1,000 bar (14,500 psi).
Addressing the Challenge of Hydrogen Embrittlement in Metallurgy
White Paper
We focus on supporting our customers through every step of their bonding process. Our teams will go on-site for technical service, troubleshooting and process optimization.
Case Study
The use of Parker EC-79 Certified fittings for hydrogen applications, alongside close collaboration with OEM ULEMCo and a local Partner is helping to pioneer technology that allows commercial vehicle fleet owners to include hydrogen among their running fuels. Taking advantage of zero-emission hydrogen fuel supports wider strategies to reduce transport-related carbon footprint.
Tube Fittings for On-Board Hydrogen Vehicles
Video
Learn how Parker A-LOK® double ferrule fittings are EC-79 Certified for use on-board hydrogen powered vehicles
Instrumentation Solutions For Hydrogen Powered Vehicles
Brochure
An overview of Parker fluid system technology for Hydrogen powered vehicles
Hydrogen Ecosystem Solutions
Brochure
Components and systems manufactured by Parker for use with gaseous and liquid Hydrogen in infrastructure and on-vehicle applications
Contact Us!
Instrumentation Products Division (USA)
1005 A Cleaner Way
Huntsville, AL 35805
Tel: 256.881.2040
Instrumentation Products Division (Europe)
Riverside Road
Barnstaple EX31 1NP
United Kingdom
Tel. 0044 1271 313131