Cameron wellhead systems range from conventional to application-specific systems for geothermal wells, jackup rigs, unconventional plays, and more. Designed to reduce installation time and enhance safety, they use trims and proprietary sealing technologies for expected well conditions. Cameron was the first to engineer surface wellhead systems rated to 30,000 psi and 450 degF and qualified per API 6A Appendix F.
Our conventional wellheads incorporate a wide range of slip-type and mandrel casing hangers and packoffs.
Compact wellhead systems build to decrease potential NPT and reduce trips.
Run the casing head through a diverter with a single-stage wellhead system.
Achieve configurability, robustness, reliability, extensive service life, and a reduced footprint.
Work reliably in severe service conditions up to 10,000 psi and steep kickoffs.
Eliminate the need to install isolation bushings or dummy hangers when only the production string is run.
Eliminate intermediate casing strings and run through a diverter riser.
Discover one of the most efficient systems available that can be used either onshore or offshore.
Drill up to three dual-completion wells from a single slot, and reduce individual well costs and platform size.
Wellhead systems built for performance in HPHT, heavy oil, geothermal, and shallow water environments.
Meet the challenges of high pressure and temperature with a variety of HPHT valves, hangers, and seals.
Optimize fluid and pressure control for effective heavy oil recovery, including thermal recovery.
Enhance efficiency in thermally enhanced (steam injection) recovery, waste disposal, and hot-water wells.
Minimize the amount of dive time required for installation, simplify the diver’s movements, and reduce the number of tools required for installation.
Save time compared with conventional systems and reduce exposure to hazardous operations.
Wellhead and casing connectors
Meet the needs of drilling and production with regard to handling safety and makeup time.
Install safer, faster, and easier with fewer personnel and less force compared with conventional clamps.
Combine the fast makeup and low-torque requirement of FastLock connectors with the inherent low cost of flange connections.
Use as an alternative to conventional weld-on or threaded casing connections.