Brochure Subsea Valve Portfolio
Effective, reliable solutions for subsea pipeline, manifold, and production challenges.
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Valves used in a variety of applications
Cameron valves are used to direct, measure, and control the flow of oil and gas as they are moved from individual wellheads through flowlines, gathering lines, and transmission systems to refineries, petrochemical plants, and industrial centers for processing.
Through innovative organic development and strategic acquisition, we have built a broad portfolio of valves that service the demands of global drilling, production, pipeline, storage, transmission, and critical-service applications.
Proven valve solutions for CO2 capture, utilization, and sequestration.
Prequalified valve designs and materials for long-term high performance in hydrogen applications.
Global emissions compliance over the full valve life cycle.
Biogas, renewable natural gas (RNG), sustainable aviation fuel (SAF), biodiesel, ethanol, and more.
Fugitive emissions certified valves with prequalified materials for long-term performance in ammonia production and transportation applications.
Challenging conditions and depths.
Withstand the external pressure caused by the column of seawater at operating depths.
For ultrahigh-flow MEG and methanol requirements of large gas projects.
Inject low-dose inhibitors effectively.
Mitigate hydrate formation with methanol or regenerated MEG.
Lower emissions while improving uptime and profitability.
Reduce erosion problems and ensure positive flow.
Land and offshore drilling applications.
Premier gate valves providing reliable performance and extended service life in abrasive drilling applications.
Durable, lightweight, and ideal for a wide range of applications where space is at a premium.
Optimize operations in corrosive CO2 injection and waterflood applications.
Economical ball valves for general-purpose applications, featuring a wide range of styles and end connections.
Corrosive and HPHT environments.
Cast-iron construction.
For automated valves (pneumatic, hydraulic, or electric) requiring lockout capability to prevent valve rotation.
Used on emergency shutdown valves while they flow process fluids and full-stroke valve testing isn’t practical.
Visually indicate the position of a buried or otherwise hidden valve.
6- to 48-in sizes, many in recessed or flat versions.
Avoid inadvertent handwheel rotation.
Avoid inadvertent handwheel rotation.
For when valves or dampers must be opened/closed to same position.
Commercial-grade, worm-geared, and made for multiple output turns.
Meet AWWA Spec C504.
Aluminum standard housing material.
Meet marine, submerged, and high- and low-temperature requirements.
300 series stainless steel unit housings, covers, indicators, and more.
20 different frame and spur combinations.
Suitable for any application that requires valve operation.
Enables manual operation of an automated valve (pneumatic, hydraulic, or electric) in a contingency.
For spring-return applications.
Use as add-on features to gears or as stand-alone products.
Small-bore valve designed for use in piping systems.
1 1/2- to 4-in sizes, ANSI 150 to 1500.
6- to 60-in sizes, ANSI 150 to 1500.
1 1/2- to 20-in sizes, ANSI 2500.
2- to 60-in sizes, ANSI 150 to 2500.
1/2- to 12-in sizes, ANSI 150 to 1500.
1 1/2- to 60-in sizes, ANSI 150 to 2500.
Overcome ball flexing to 10,000 psi.
Save valuable space with one of the smallest compact actuators on the market.
Achieve on-off modulating control of multiple valve types.
Reliably perform with compressed air, natural gas, or nitrogen actuator supply.
Ensure reliable valve shutdown when an external powersource is unavailable.
Choose from double-acting or spring-return designs for shallow or deep water.
Requiring reduced number of turns, rim pull, and handwheel size for manual operation of automated valves.
See our MAXTORQUE products for rising stem applications.
Reduce turns to close and rim pull by 75% in critical environments.
Withstand high pressures at deepwater depths with Maxtorque high-performance valve products.
Extend valve life and reduce NPT and downtime.
Worm-gear solutions that minimize effort.
Full- and reduced-port designs, ASME 150 to 2500.
Separation, metering, tank battery, wastewater, and EOR.
Cast-iron construction.
For automated valves (pneumatic, hydraulic, or electric) requiring lockout capability to prevent valve rotation.
Used on emergency shutdown valves while they flow process fluids and full-stroke valve testing isn’t practical.
Visually indicate the position of a buried or otherwise hidden valve.
6- to 48-in sizes, many in recessed or flat versions.
Avoid inadvertent handwheel rotation.
Avoid inadvertent handwheel rotation.
For when valves or dampers must be opened/closed to same position.
Meet AWWA Spec C504.
Aluminum standard housing material.
Meet marine, submerged, and high- and low-temperature requirements.
300 series stainless steel unit housings, covers, indicators, and more.
20 different frame and spur combinations.
Suitable for any application that requires valve operation.
Enables manual operation of an automated valve (pneumatic, hydraulic, or electric) in a contingency.
For spring-return applications.
Use as add-on features to gears or as stand-alone products.
Small-bore valve designed for use in piping systems.
1 1/2- to 4-in sizes, ANSI 150 to 1500.
6- to 60-in sizes, ANSI 150 to 1500.
1 1/2- to 20-in sizes, ANSI 2500.
2- to 60-in sizes, ANSI 150 to 2500.
1/2- to 12-in sizes, ANSI 150 to 1500.
1 1/2- to 60-in sizes, ANSI 150 to 2500.
Achieve on-off modulating control of multiple valve types.
Reliably perform with compressed air, natural gas, or nitrogen actuator supply.
Ensure reliable valve shutdown when an external powersource is unavailable.
Choose from double-acting or spring-return designs for shallow or deep water.
Worm-gear solutions that minimize effort.
Requiring reduced number of turns, rim pull, and handwheel size for manual operation of automated valves.
See our MAXTORQUE products for rising stem applications.
Reduce turns to close and rim pull by 75% in critical environments.
Withstand high pressures at deepwater depths with Maxtorque high-performance valve products.
Extend valve life and reduce NPT and downtime.
Full- and reduced-port designs, ASME 150 to 2500.
Designed for bubble-tight sealing and high resistance to corrosion, wear, and impact.
Full-open, through-conduit design for low pressure drop and less turbulence.
Prevent backflow of liquids or gas in pipeline applications.
Variety of ANSI and API Spec 6D designs.
Proven performance in a wide range of oilfield, chemical, petrochemical, and hydrocarbon processing applications.
The Cameron WKM Model 310F floating ball valve satisfies a wide range of applications.
Two-piece threaded end valve, fire tested and certified to API Spec 607.
Sealing performance of a ball or gate valve but in a much smaller profile.
Mid- and downstream.
Lower emissions while improving uptime and profitability.
Cast-iron construction.
For automated valves (pneumatic, hydraulic, or electric) requiring lockout capability to prevent valve rotation.
Used on emergency shutdown valves while they flow process fluids and full-stroke valve testing isn’t practical.
Visually indicate the position of a buried or otherwise hidden valve.
6- to 48-in sizes, many in recessed or flat versions.
Avoid inadvertent handwheel rotation.
Avoid inadvertent handwheel rotation.
For when valves or dampers must be opened/closed to same position.
Commercial-grade, worm-geared, and made for multiple output turns.
Meet AWWA Spec C504.
Aluminum standard housing material.
300 series stainless steel unit housings, covers, indicators, and more.
20 different frame and spur combinations.
Suitable for any application that requires valve operation.
Enables manual operation of an automated valve (pneumatic, hydraulic, or electric) in a contingency.
For spring-return applications.
Use as add-on features to gears or as stand-alone products.
Large-bore design for compressor and pumping stations.
Small-bore valve designed for use in piping systems.
1 1/2- to 4-in sizes, ANSI 150 to 1500.
6- to 60-in sizes, ANSI 150 to 1500.
1 1/2- to 20-in sizes, ANSI 2500.
2- to 60-in sizes, ANSI 150 to 2500.
1/2- to 12-in sizes, ANSI 150 to 1500.
1 1/2- to 60-in sizes, ANSI 150 to 2500.
Achieve on-off control of ball or plug valves.
Enhance flexibility with consistent engineering and efficient modularity.
Achieve on-off modulating control of multiple valve types.
Reliably perform with compressed air, natural gas, or nitrogen actuator supply.
Ensure reliable valve shutdown when an external powersource is unavailable.
Choose from double-acting or spring-return designs for shallow or deep water.
Worm-gear solutions that minimize effort.
Requiring reduced number of turns, rim pull, and handwheel size for manual operation of automated valves.
See our MAXTORQUE products for rising stem applications.
Reduce turns to close and rim pull by 75% in critical environments.
Withstand high pressures at deepwater depths with Maxtorque high-performance valve products.
Extend valve life and reduce NPT and downtime.
Nonslam, reliable operation that stands up to excessive wear.
Field-proven backflow prevention.
Full-open, through-conduit design for low pressure drop and less turbulence.
Prevent backflow of liquids or gas in pipeline applications.
Mid- and downstream.
Lower emissions while improving uptime and profitability.
Cast-iron construction.
For automated valves (pneumatic, hydraulic, or electric) requiring lockout capability to prevent valve rotation.
Used on emergency shutdown valves while they flow process fluids and full-stroke valve testing isn’t practical.
Visually indicate the position of a buried or otherwise hidden valve.
6- to 48-in sizes, many in recessed or flat versions.
Avoid inadvertent handwheel rotation.
Avoid inadvertent handwheel rotation.
For when valves or dampers must be opened/closed to same position.
Commercial-grade, worm-geared, and made for multiple output turns.
Meet AWWA Spec C504.
Aluminum standard housing material.
Meet marine, submerged, and high- and low-temperature requirements.
300 series stainless steel unit housings, covers, indicators, and more.
20 different frame and spur combinations.
Enables manual operation of an automated valve (pneumatic, hydraulic, or electric) in a contingency.
For spring-return applications.
Use as add-on features to gears or as stand-alone products.
Large-bore design for compressor and pumping stations.
Small-bore valve designed for use in piping systems.
Positive sealing without reliance on line or external hydraulic pressure.
This double block-and-bleed (DBB) plug valve provides a bubble-tight verifiable dual seal without seal abrasion.
API Spec 6D–compliant valve with a through-conduit design that promotes long-term, reliable sealing performance.
1 1/2- to 4-in sizes, ANSI 150 to 1500.
6- to 60-in sizes, ANSI 150 to 1500.
1 1/2- to 20-in sizes, ANSI 2500.
2- to 60-in sizes, ANSI 150 to 2500.
1/2- to 12-in sizes, ANSI 150 to 1500.
1 1/2- to 60-in sizes, ANSI 150 to 2500.
Through-conduit gate valve with a cast body, fully compliant with API Spec 6D.
Achieve on-off control of ball or plug valves.
Enhance flexibility with consistent engineering and efficient modularity.
Achieve on-off modulating control of multiple valve types.
Reliably perform with compressed air, natural gas, or nitrogen actuator supply.
Ensure reliable valve shutdown when an external powersource is unavailable.
Choose from double-acting or spring-return designs for shallow or deep water.
Worm-gear solutions that minimize effort.
Requiring reduced number of turns, rim pull, and handwheel size for manual operation of automated valves.
See our MAXTORQUE products for rising stem applications.
Reduce turns to close and rim pull by 75% in critical environments.
Withstand high pressures at deepwater depths with Maxtorque high-performance valve products.
Extend valve life and reduce NPT and downtime.
Nonslam, reliable operation that stands up to excessive wear.
Field-proven backflow prevention.
Full-open, through-conduit design for low pressure drop and less turbulence.
Prevent backflow of liquids or gas in pipeline applications.
Enhanced safety and seal reliability.
Simple yet rugged and reliable through-conduit valve.
Gas processing, LNG, and NGL.
