Cameron provides a comprehensive suite of services, such as well design, well rehabilitation, installa-tion and intervention support, failure analysis and quality assurance feedback mechanisms to ensure continuous operational improvement for your application. Our artificial lift services team has success-fully delivered more than one thousand wells using this complete service model with remarkable re-sults. In most cases, the system run time was improved by over 300% following rehabilitation.

Design Features

•  Sucker Rods
  •  Cameron facilities have more than fifty years of experience in manufacturing sucker rods for the oil and gas industry. Our high quality sucker rods are produced in accordance with API Specification 11B using state-of-the-art manufacturing techniques.
• Couplings 
  • Cameron sucker rod couplings are available in box by box or box by pin styles in all sucker rod sizes and combination of sizes. Couplings are available in API Full Size and Slimhole outside diameters. Upon re-quest, full size couplings can be provided with Wrench Flats. Extra Long Couplings (length 5 in, 127 mm) and Oversize Couplings are available on request.
  • All types are manufactured from through-hardened AISI 8630 mod. and meet API Specification 11B, lat-est edition. Couplings made from other materials are available on request

Rod Pump Systems

• Beam Lift Pump Systems 
  • Cameron is one of the largest European manufacturers of subsurface sucker rod pumps and parts, ane one of the leading suppliers internationally. Subsurface sucker rod pumps are produced in accourdance with API Specifictatoion 11 AX as well as pumps of special design, either to customer specifications or our own, with plunger diameters from 1-1/16” ti 3-3/4”, stroke length up to 33ft (10m), and in a variety of materials for the requirments of today’s oil wells.
• Progressive Cavity Pump Systems 
  • The Progressive Cavity Pump System is a direct driven system, using a hollow shaft combined with a polished rod in order to rotate the rod string. 
  • A built-in hydraulic Back Spin Retarder prevents high speed back spin after the pump stops to avoid the risk of accidents. This enables the system to equalize pressure between tubing and casing after power fails and leaves no torque moment in the drive system (sucker rod string). 
  • Changing the RPM is done by exchanging the motor sheave to other sizes or by a VSD (Variable Speed Drive). A selection of sheaves enable the pump to run with different production rates.