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The 'G12FF' Type 2 valve manifold is designed for remote mounting to static pressure transmitters. The separate vent valve gives full control of venting of the instrument, plus the ability to calibrate in-situ.
The 'G12AF' Type 2 valve manifold is designed for remote mounting to static pressure transmitters. The angled heads allow for panel mounting. The separate vent valve gives full control of venting of the instrument, plus the ability to calibrate in-situ.
The 'G12' Type 2 valve manifold is designed for remote mounting to static pressure transmitters. The separate vent valve gives full control of venting of the instrument, plus the ability to calibrate in-situ.
The 'G12' Type 2 valve manifold is designed for remote mounting to static pressure transmitters. The separate vent valve gives full control of venting of the instrument, plus the ability to calibrate in-situ.
The 'Y33' Type 3 valve manifolds are designed for remote mounting to differential pressure transmitters, with separate isolation for LP and HP inlets plus equalizing valve for simple calibration.
The 'Y53' Type 5 valve manifolds are designed for direct mounting to differential pressure transmitters, with separate isolation and vent for LP and HP inlets, plus equalising valve for simple calibration.
The 'Y54' Type 5 valve manifolds are designed for remote mounting to differential pressure transmitters, with separate isolation and vent for LP and HP inlets, plus equalising valve for simple calibration.
The 'FS' Type Single Isolating Needle Valve is designed for safe and reliable isolation. It provides a bubble-tight shutoff, non-rotating and anti-galling tip, and a dynamic self-adjusting spindle seal to ensure a long service life in various applications. It is supplied with FireSafe testing to BS6755 PT2, API 607, ISO 10497, and API 6FA.
The A Type Single Isolating Needle Valve is designed for safe and reliable isolation. The design features a bubble-tight shutoff, non-rotating, anti-galling tip, and a dynamic self-adjusting spindle seal, providing extended service life in various applications.
The 'GV' Type Gauge Vent Needle Valve is designed for safe and reliable isolation, providing bubble-tight shutoff with a non-rotating, anti-galling tip and a dynamic self-adjusting spindle seal, ensuring long service life in various applications.
The 'BI' Type Single Isolating Needle Valve is designed for safe and reliable isolation. It provides a bubble-tight shutoff, a non-rotating and anti-galling tip, and a dynamic self-adjusting spindle seal to ensure a long service life in various applications.
The 'Y34' Type 3 valve manifolds are designed for direct mounting to differential pressure transmitters, with separate isolation for LP and HP inlets plus equalising valve for simple calibration.
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Oliver Valves is proud to announce its role in the Gas Lift Compressor Package (WPOX) project, part of TNS PTTEP’s ambitious Bundled Phase 3 (G1-1E) development. This project encompasses wellhead platforms, critical pipeline infrastructure, brownfield modifications, and essential tie-ins, further enhancing energy infrastructure in the region.
Oliver Valves has supplied D-Type Double Block and Bleed valves equipped with injection probes to the Whiptail FPSO development in the Stabroek Block offshore Guyana.
Oliver Valves proudly announces the commencement of preparation for the delivery of more than 150 double block and bleed valves to support the monumental Marjan Oil Field Development. This milestone underscores our dedicated commitment to providing robust, high-performance valve solutions for the world's most ambitious offshore energy projects.
