drillship pump / slurry / reciprocating / for offshore applications

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drillship pump / slurry / reciprocating / for offshore applications drillship pump / slurry / reciprocating / for offshore applications - CMP-2200


  • Media:


  • Technology:


  • Domain:

    for offshore applications

  • Other characteristics:

    high-performance, for high flow rates, rugged, single-acting, high-reliability, drillship

  • Flow:

    1,272 us gal/min (4,815.0438 l/min)

  • Pressure:

    7,500 psi



The Cameron CMP-2200 offshore mud pump uses several advancements to improve pump reliability. The main bearings are constructed with advanced materials and treatments that can improve bearing life several times over the previous generation. To increase drive-strength, the CMP-2200 mud pump uses carburized and hardened gear tooth surfaces that resist pitting and wear. In addition, robust tube and shell heat exchangers are used to reduce the probability of leaks and downtime. The CMP-2200 mud pump is engineered to produce high flow rates, even at low operating speeds, which reduces stress and wear to components. The long stroke design reduces the number of load reversal in critical components and increases the life of fluid end parts.

Additionally, the strategic placement and improved serviceability of the mud pump’s critical components allow for much safer and easier access during maintenance and inspection. The two-piece, quick release piston rod enables removal of the piston without disturbing the liner; minimizing downtime when replacing fluid parts. For added simplicity, all sensors, monitoring devices, and optional instruments are wired to a single junction box; eliminating the time-consuming requirement to wire everything individually.

With regards to the reduced weight/footprint of the CMP-2200 mud pump, the pump frame has been redesigned to deliver superior strength and rigidity, with a 15% reduction in weight over the previous W-2214 model. Moreover, the pump’s skid is now integrated into the structural frame to reduce its footprint, height, and weight.