Avarus Valves

You have successfully subscribed and will receive the next available issues

Producing air valves for the global oil and gas, petrochemical, marine and water utilities industries, Avarus Valves is committed to providing all of your air valve requirements.

Producing air valves for the global oil and gas, petrochemical, marine and water utility industries, Avarus Valves is committed to providing all of your air valve requirements.

Manufactured in the UK, we make air valves in various materials that give excellent protection in the severe environments associated with offshore applications, seawater service or indeed any other arduous environments. These materials include super duplex, titanium, duplex, stainless-steels, aluminium bronze, gunmetal, Hastelloy®, Monel®, Inconel® and various other nickel alloys.

As with many modern-day projects, specific material testing and documentation are a vital part of a contract. Our air valves can be offered with a wide range of detailed material testing to meet each project requirement. We normally use UK foundries or UK/EU certified materials that are Norsok M-650 / TR2000 approved.

Regardless of material and quantity, Avarus Valves endeavours to find suitable solutions for specific demands or special circumstances. We can manufacture our air valves on short delivery times if needed.

We are also ISO9001: 2015 and ISO14001: 2015 UKAS accredited and Achilles approved.

We produce air valves with various functions, such as air release (small orifice); air vent and vacuum (bi-function); air release, vent and vacuum (tri-function); and can custom-build to fine detail with options such as a variable throttle device to give adjustable venting control, inflow and outflow check device for one way air flow and flanged outlet for piping away facility.

With experience in successfully supplying to multi-national companies, our innovative character and expertise enables us to also supply associated valves, such as exotic material gate, butterfly, ball, check valves and strainers. These can be used for isolation of the air valves or individual use.

Centrally located in the UK, we offer a professional and dependable service that is supported by ISO9001: 2008 UKAS and ISO1400: 2004 quality assurance accreditation.

We can also supply flange kits to suit most requirements. Fasteners can be supplied in many exotic materials that offer excellent corrosion resistance in sea water and other arduous environments, and if required, extensive material testing and certification can also be supplied to individual project or client requirements. As the fasteners are bespoke made they can be supplied as bolts, setscrews or studs to any length preferred to suit your requirements.

In conjunction with the above fasteners, we can supply gaskets. These include full face, ring, spiral wound, ring type joint which are available in various materials, pressure & temperature ratings. This enables us to supply a complete flange kit which can be fully certified to suit your requirements. A fast-track service can be offered for urgent deliveries.

Air valves are normally required on piping systems, for example, offshore fire fighting systems, to vent air from a pipeline/riser on pump start-up and admit air back into the system under vacuum conditions.

The Mariner Area project is expected to produce more than 300 million barrels of oil over the next three decades.

Tommeliten Alpha field will be developed with an estimated investment of Nkr13bn ($1.5bn).

Solan oil field lies in block 205/26A of production licence P164 located in the UK North Sea, west of the Shetland Islands, in 135m-deep waters.

Located in the Danish North Sea, Tyra gas field is being redeveloped with an investment of kr22.3bn ($3.36bn) in order to extend its operational life by at least 25 years.

The Goliat oil and gas field, located in the production licence (PL) 229 in the Barents Sea, north of Russia and Norway, is the first oil reservoir to start production in the area.

The Azeri Central East (ACE) project is the new phase of development in the Azeri, Chirag and Deepwater Gunashli (ACG) contract area in Azerbaijan.

The Valhall Flank West project will develop the western flank of the Valhall oilfield, located south of the Norwegian sector of the North Sea.

Hebron is a heavy oil field located 350km south-east of the Newfoundland and Labrador capital St John's, in the Jeanne d’Arc Basin, Canada, in a water depth of 93m.

The $10bn Moho Nord subsea project is located around 75km off the coast of Pointe Noire in the Republic of Congo.

Alder is a high-pressure and high-temperature gas condensate field located in Block 15/29a of the UK Continental Shelf.

The Cygnus gas field is situated within UK Continental Shelf blocks 44/12a and 44/11a in 23m of water.

Knarr (formerly Jordbaer) oil and gas field is located in production licence 373S of block 34/3 in the Norwegian North Sea.

Johan Sverdrup offshore development is located approximately 150km away from the coast of Stavanger, Norway, in the Norwegian North Sea.

The Wheatstone Project is a gas to LNG project that involves the development of the Wheatstone and Iago fields located offshore Western Australia in the Northern Carnarvon Basin.

The Edvard Grieg field (formerly Luno), is located in production licence PL 338, in the Utsira High area of the Norwegian North Sea.

The Valemon field is located between production licences 050 and 193 in the Norwegian Sea. This gas and condensate field lies at a water depth of 135m.

Manora oil field is located in the G1/48 concession of the Gulf of Thailand. It lies in 44m of water approximately 80km from the coast of Thailand.

Dagny oil and gas field is located in Blocks 15/5 and 15/6 of production licenses (PL) 303, PL 048, PL 029 and PL 029B of the North Sea, Norway.

Shah Deniz Stage Two, also known as the Shah Deniz full field development, is one of the world's biggest gas projects and will increase the gas production capacity of the Shah Deniz field by an additional 16 billion cubic metres per annum (bcma) and condensate capacity by a further 120,000 barrels a day.

The Eldfisk field, located at a water depth of 70m around 320km offshore Stavanger in block 2/7 in the Greater Ekofisk Area of the Norwegian North Sea, is the fifth biggest oil field by reserve on the Norwegian Continental Shelf.

The Jasmine field is situated in blocks 30/6 and 30/7a of the central North Sea. The gas and condensate field lies at a water depth of 266ft and is considered to be the UK's largest discovery since the mid-1990s.

The original Ekofisk area development consisted of eight oil and gas fields, namely Cod, Ekofisk, West Ekofisk, Tor, Albuskjell, Eldfisk, Edda and Embla.

Su Tu Trang gas field is in Block 15-1 of the Cuu Long Basin off the southern coast of Vietnam. The offshore gas field lies south-east of the Ba Ria-Vung Tau province at a water depth of 50m.

The Brent oil and gas field is located 186km off the north-east coast of the Shetland Islands, Scotland.

The Oyong oilfield is situated 8km off the coast of Madura Island in the East Java region of Indonesia. Located at a wa

The Chestnut oilfield is located in block 22 / 2a in the Central North Sea, about 290km east of Aberdeen, Scotland, in 1

When it was discovered in 1977, the Clair field was the largest discovered but undeveloped hydrocarbon resource on the U

The Jotun field is located on the Utsira High, between the Balder and Heimdal fields, approximately 200km west of Stavanger, Norway.

The Britannia field, discovered in the mid 1970s, is the first in the UK sector of the North Sea to be operated jointly