Severn Glocon Group plc
severe service control valves
As a global supplier, Severn Glocon Group plc is setting the pace in the control valve marketplace. By reacting to current market trends with a combination of technologically leading products and services as well as a worldwide sourcing capability, the Group ensures quality and price advantage.
Severn Glocon Group is renowned for its 40-plus years of supplying Choke and Severe Service Control Valves. Its designs are suitable for oil & gas applications, low temperature LNG and air separation applications as well as high temperature power generation demands. However, 49 years’ experience means nothing unless you put it to use with modern manufacturing practice combined with updated engineering standards and materials. Across Severn Glocon Group there has been investment to support the current environment and ensure the business occupies the top decile of international valve suppliers.
Intelligence-led control and choke valve engineering services are the foundation of Severn Unival. We specialise in proactive valve management and performance improvement through repair, failure analysis, custom design and inventory management. Our localisation strategy ensures that we offer a constantly high level of expertise worldwide.
Isolation valves will always be more than a commodity. They play a vital role in safety and performance, and that's why we take them so seriously.
In-house testing and valve/actuator assembly facilities reinforce our product quality. But that's only half the story: our highly experienced team of valve engineers has a wide and professional knowledge of the supply network enabling competitive pricing. What's more, they personally ensure that every product we supply offers optimum reliability in the application for which it is intended.
We supply from our extensive stockholding in Aberdeen and also direct from our principal manufacturers. We offer valves in various materials including bronze, aluminium bronze, carbon steel, stainless steel, duplex, super duplex and many other alloys.
Planged PN16/40 and ANSI 150, 300, 600 floating ball valves/caron steel, low temperature carbon steel and stainless steel.
½'' to 12'' full and reduced bore/soft and metal seats/fire safe/NACE/PED/ATEX/3.1b (3.1c available).
Flanged, weld and hub-ended ANSI 150-2500 API 5000/10000/ trunnion-mounted. Carbon steel, low temperature carbon steel, alloy steels, stainless steel, duplex and exotic alloys/soft and metal seats, soft seated.
½'' to 36'' full and reduced bore/fire safe/NACE/PED/ATEX/3.1b (3.1c available)
Class 150 to 2500 three-piece valves with flange, screwed and weld ends. Carbon steel, low temperature carbon steel, alloy steels, stainless steel, duplex and exotic alloys/soft and metal seats.
½'' to 4'' full and reduced bore/soft seats/fire safe/NACE/PED/ATEX 3.1b (3.1c available)
Class ratings ANSI 150 to 2500. API 5000/10000
Gate: standard and thru conduit, size range 1/4" to 48"
Globe: cryogenic and bellow-sealed, size range 1/4" to 32"
Check: swing type and twin plate type, size range 1/2" to 48"
Double and triple offset butterfly valves ANSI 150/1500 up to 36'' Carbon steel, stainless steel and aluminium bronze/wafer and lugged pattern, double flanged also available. We offer soft and metal seated. NACE/fire safe/PED/ATEX/3.1b.
Resilient seated butterfly valves/PN10 and 16/cast iron, steel, aluminium bronze/EPDM, Viton and nitrile liners. Wafer and lugged pattern available.
Wafer pattern dual plate check valves, wafer and lugged pattern (flanged and hub-ended available). ANSI 150-2500 and PN6-16 up to 48'' cast iron, low temperature carbon steel, stainless steel and aluminium bronze. Soft and metal seated/NACE/PED/ATEX/3.1b/fire safe available.
We offer pipeline and instrumentation DBBs, flanged, low temperature carbon steel, stainless steel and exotic alloys. Flanged, screwed, hub and quill ends. ANSI 150 to 2500. Full and reduced bore/fire safe/NACE/PED/ATEX/3.1b.
Improved accuracy and faster project turnaround are the key benefits of our 3D laser scanning division. The technology enables the creation of 'digitised facilities', enabling engineers and designers to access 'as built' plant models, reducing the need for repeat site visits and enabling the ultimate level of precision engineering.