Oliver Valves .

Air headers and distribution manifolds provide customers with many cofigurations for isolation manifolds Air headers for 150psi low pressure ranges Distribution manifolds for 6, 000psi high pressure ranges Compact mount type distribution manifold Key Features All headers and distribution manifolds are specifically manufactured to suit the customers exact requirements whether options of ball valves or needle valves, 20-way double sided or valves just down one side, or any form of connections or flanges welded to body as required For distribution manifolds all options that may be required for needle and ball valves are available 316 stainless steel is standard but other materials are available The 'Compact Mount Distribution Manifold' option (shown) utilises needle valve head units directly into one valve body manifold for an even more compact assembly Technical Specification Air Headers - Maximum working pressure 150psi, maximum temperature 200 °C, valve type ball valves Distribution Manifolds - Maximum working pressure 6, 000psi, valve type ball valves maximum temperature 200 °C, valve type needle valves maximum temperature 240 °C (higher pressure and temperature options also available) - see needle valve data sheet

Instrument ball valves to 10, 000psi (floating ball) Instrument ball valves to 15, 000psi (trunnion mount) Instrument 3-way ball valves to 10, 000psi (floating ball) Instrument manifolds, gauge, 2 and 3 valve manifolds to 3, 000psi Actuated ball valves NACE, firesafe and anti-static service options Connections may be threaded, flanged, butt weld or socket weld ends 'Barstock' range of Double Block & Bleed valves Key Features Our ball valves have very low operating torques and a range of seat materials to give the ultimate in process environmental compatibility Our seats offer wide process compatibility whilst maintaining a positive sealing across the entire operating range. This high level of seat integrity allows both vacuum and high pressure services from one valve All valves are available in firesafe configuration ensuring when closed valves maintain leak free status across ball and up spindle A one piece stem incorporates an anti-blow-out shoulder which maintains seal integrity at all pressures With the three piece ball valve the tangential locking pin option ensures total elimination of the possibility of removal of the end connectors (patented) Ball valve manual actuation is by a 316 stainless steel handle as standard, other operations for actuation are handle locking, spanner actuated, oval handle or in conjunction with panel mounting a range of 'PMB Series' coloured handle's Technical Specification 10mm, 14mm and 20mm bores in 1/4" to 1" threaded connections and pressures to 6, 000psi - consult factory for more information Connections female x female, male x female, compression fitting, butt weld and socket weld available Option of fire tested in accordance to BS 6755 Part 2 and API 607 All Oliver ball valves are subjected to three pressure tests; a hydrostatic test at 1.1 standard working pressure; low pressure pneumatic test at 87psi (6 bar); as well as a Shell test to 1.5 times working pressure Valves can also be supplied as an option to NACE MR-01-75 (latest revision) suitable for sour service

Strong construction and no potential leak points in this one piece 'grain flow controlled' forged body Double Block & Bleed valve Three main valve configurations; 'D' type 2-ball valve isolates and a needle valve vent; 'F' type 3-ball valves; 'N' type 3-needle valves Single flange, double flange or triple flange configurations available On 'D' types bore sizes of 10mm, 14mm and 20mm available, on 'F' types 10mm and 14mm, and 'N' types bore is 5.4mm Standard materials of carbon steel, stainless steel and duplex stainless steel, other materials available upon request Key Features Firesafe to BS 6755 Part 2 and API 607 as standard Conform to NACE MR-01-75 (latest revision) as standard Fully material traceable, unique serial number on each valve records a lifetime factory history Barstock Double Block & Bleed 'instrument' range also available Flange size 1/2" to 2" Pressure rating class 150lb to 2, 500lb We only use seal material in our range that is resistant to explosive decompression Other connections available, for example hub and API flange connection Other options available - see ball valve and needle valve data sheets Technical Specification Our Double Block & Bleed products meet the relevant code requirements of ASME Vlll, ANSI B16.34 / B16.5, ANSI B31.3, BS5500 and API 6D All major pressure containing components exhibit unique identification coding and material test certificates to BS EN 10204 3.1.B. which are available at a nominal charge (3.1.C. certification also available upon request) Temperature rating - heavy duty needle valves 540 °C (N & D types), ball valve 200 °C (F & D types)

Key Features Successfully completed the PR2 Performance Verification Test of API 6A Appendix F and API 17D Section 307 The stem seal is a unique Moly filled PTFE multi-ring chevron style gland set incorporating two spring energised 'U' cup seals Metal to Metal tip to body seal and backseat Three quarter turn operation provides simple position indication Precision Acme threads take up the stem thrust load, reducing operating torques to a minimum Non-rotating tips, ensuring positive non-galling operation during shut-off Standard certification for pressure retaining and controlling parts are to API 6A PSL 3 and BS EN 10204 3.1.B. (3.1.C. option available) Technical Specification Bore size 3/8" [10mm] as three quarter turn (0.75) option, 3/4" [19mm] or 1" [25mm] Pressure rating, 15, 000psi [1034 bar] Hyperbarically tested to a water depth of 10, 000ft [3050m] Performance tested to PR2 for Temperature Classifications P through X (-20F/-29C to +350F/177C) Available in API Material Classes FF and HH to NACE MR-01-75 latest rev Operator Normal Operating Torque 55ft-lbf [75Nm], 3 turns (3/4" or 1" bore) Torque to Damage 500ft-lbf [670Nm] Crossbar option for divers Stem adapters to suit ROV extension rods and ROV handles

Key Features Successfully completed the PR2 Performance Verification Test of API 6A Appendix F and API 17D Section 307 The stem seal is a Peek thrust seal and an FKM o-ring secondary seal The spindle design is anti-blowout One quarter turn operation provides simple position indication Unique sprung non-elastomeric Peek seats provide low pressure sealing and protects the valve cavity from debris All primary seals are non-elastomeric If stop pin shears due to overtorque, the valve internals will not be damaged and the valve can still be opened and closed Uninterupted flow passage through valve Standard certification for pressure retaining and controlling parts are to BS EN 10204 3.1.B. (3.1.C. option available) Technical Specification Bore size, 0.55" [14mm]. Sizes upto 2" [50mm] available at lower pressures Pressure rating, 10, 000psi [690 bar] Hyperbarically tested to a water depth of 10, 000ft [3050m] Performance tested to PR2 for Temperature Classifications U (0F/-18C to +250F/120C) Available in API Material Classes FF and HH to NACE MR-01-75 latest rev Operator Normal Operating Torque 20ft-lbf [27Nm], 90 degrees Torque to Damage 150ft-lbf [200Nm] Lever options for divers Stem adapters to suit ROV teebar or paddle handles

Key Features Simple and robust postion indication system for ROV operation Suitable for fitting to a range of different high and low torque ROV receptacles Easily adaptable for different number of turns, sweep of indicating arm and location of indicating arm Technical Specification Suitable for water depths to 10, 000ft [3050m] Performance tested for 200 full operating cycles