Oliver Hydcovalves range of Ball Valves & Needle Valves have specifically been designed for use in hydrogen fuelling applications, the Hydcovalves range offers reliable operation and isolation at pressures up to 690 bar.

Tight shutoff is essential during oil and gas applications, and the superior anchoring of FET’s PBV trunnion-mounted ball valves makes them especially well-suited for large, high-pressure valve applications. The trunnion-mounted stems absorb line pressure and minimize friction between balls and seat

Oliver Hydcovalves offers fluid control solutions for both post and pre-combustion carbon capture applications. Hydcovalves products are based on several years of experience in the oil and gas industry developing and supplying cost-effective, highly reliable instrumentation valves and pipeline ball

Our product range includes a ball valve solution suitable for hydrogen use, offering excellent performance and reliability in demanding conditions. Jouka’s hydrogen valve is specifically designed for hydrogen pipelines in the energy industry. It takes into account the challenges associated with usin

Ball valve series HFKH500 for hydrogen transport, storage and refueling systems up to 500 bar Gas transport and refueling applications set higher requirements for ball valves. At 350 bar refueling, system pressures Gas transport and refueling applications set higher requirements for ball valves. At

ISO 19880-3 (Hydrogen gas – Refuelling stations – Part 3: Valves) distinguishes between valves for maintenance (Class B) and for operation (Class A). While Class B valves are designed to withstand only 100 cycles of operation at ambient temperature, Class A valves must withstand 102,000 cycles (100,

Ball valve series HFKH650 for hydrogen transport, storage and refueling systems up to 650 bar Higher compression of hydrogen during transport and storage improves the efficiency of the systems, saves installation space and, last but not least, reduces costs. Considering the temperature influence, St

Ball valve series HFKH1000 for hydrogen refueling at pressures up to 1034 bar At 700 bar refueling of passenger cars, hydrogen is compressed and stored at pressures up to 1034 bar. Latest developments reveal a tendency to 700 bar technology also for commercial vehicles such as trucks and busses. IS

DSB valves are crucial for safe and efficient hydrogen applications, particularly at hydrogen refueling stations. They reliably isolate pressure systems and safely release residual pressure to minimize potential hazards. With two block valves, they prevent uncontrolled hydrogen leakage while allowin

A revolutionary design of triple offset geometry, a progressive contact angle, an innovative double-inclined seat cone axis, a self-adaptive sealing system and a metal-to-metal sealing are a few examples of the unique features of our JTE triple offset butterfly valve. Especially designed for extreme

The new generation JBF-M features a more robust structural design and fully meets all latest market design standards and requirements. It is engineered to perform reliably under extreme conditions, including high temperatures, cryogenic environments, and highly abrasive applications—making it the id

3-pieces body, Full bore Flanged connections Blowout-proof stem Non-removable antistatic devices

Split body, Full bore Flanged connections Blowout-proof stem Non-removable antistatic devices Cavity pressure balancing hole Live Loaded Packing

Split body, Full bore Flanged connections Blowout-proof stem Non-removable antistatic devices Cavity pressure balancing hole Live Loaded Packing

Engineered for Aggressive Slurries and Abrasive Media

High-Performance Protection Against Reverse Flow

The IMI Orton MV Series triple eccentric metal seated valve ensures leak-tight performance in high-pressure, high-temperature, and cryogenic applications. Featuring a precision-engineered triple-offset design, it eliminates sealing surface friction, enhancing durability and reliability. With bi-dire

The IMI C-REX™ double eccentric segmented ball valve delivers reliable, high-cycle performance in severe service applications. Designed for bi-directional tight shutoff, it features a cavity-free, torque-seated design that enhances durability and minimises wear. Available in sizes from DN 12 to 900

The IMI Orton MV Cryogenic Series is a triple eccentric metal seated valve engineered for LNG, cryogenic, and extreme low-temperature applications. Its precision triple-offset design eliminates seal friction, ensuring zero-leakage bi-directional shutoff. Built to withstand temperatures from -254°C t

FBV trunnion ball valves are offered in 2 PC side entry, 3 PC side entry, welded body and top entry design in a wide range of carbon, stainless steel, duplex stainless steel, alloy and other special materials. FBV trunnion ball valves are manufactured according to API 6D Design and fire safe tested

The McCannalok™ Cryogenic High Performance Butterfly Valve complies with various standards and certifications, including design standards like ASME B16.34, ASME VIII, and API 609; testing standards such as API 598, ISO 15848-1, and API 641; and certifications like ABS, ATEX, Bureau Veritas, CCS, DNV

Block & Bleed, Ball Needle or Double Block and Bleed, Ball Needle Ball configurations, bar stock manifold with multiple Flange by Screw connection options, utilising soft seats, with flange to body connection for superior, bubble tight sealing capabilities at both high pressures and temperatures. Ut

Double Block and Bleed, Ball Needle Ball configuration, single flanged valve manifold utilising both soft seat and metal to metal seat, with bonnet to body connection for superior, bubble tight sealing capabilities at both high pressures and temperatures. Utilising the FE qualifications from the XC