Advanced Pressure Control During and After Cementing
Provides Safe Isolation of Problematic Zones
The MPC® technology allows the operator to reduce the pressure as heavier fluid such as spacer or cement slurry is displaced up the annulus. MPC® also applies pressure when the cement is curing to prevent channeling.
The result? No losses and a cement job you can depend on.
Why Operators Choose MPC®
Whether it is a weak zone with risk of losses or high-pressure zones with risk of channeling flow, MPC® have the solution. Receive verification when cement returns to seabed and barrier test the cement while it is setting. Here’s what sets it apart:

Where MPC® Makes the Greatest Impact
The MPC® technology is tailored for cementing operations in areas requiring pressure control. It provides effective cementing in weak formations and adds pressure in over pressured zones, proving essential for well integrity.
Explore where MPC® delivers the most value:
Top-Hole Challenges
The top-hole section is the structure the rest of the well relies on. Whether you’re dealing with shallow flow hazards or unconsolidated sands, MPC® ensures top of cement to seabed, pressure tested barrier and improved integrity.
Control the annulus pressure when cementing long sections.
Apply pressure when cement is curing.
Avoid adding light-weight or foam cement to your operations.
See how the MPC® delivers impact where it matters the most.

Read Case Study:
EC-Drill® Technology
Benefits Displayed on Shah Deniz
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EC-Drill® Technology
Benefits Displayed on Shah Deniz
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MPC® Technology
BP, Caspian Sea: Top-hole Cementing
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MPC® Technology
BP, Caspian Sea: Top-hole Cementing
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MPC® Technology
BP, Caspian Sea: Cement 22" Surface Casing and isolate notorious sands
Read Case Study:
MPC® Technology
BP, Caspian Sea: Cement 22" Surface Casing and isolate notorious sands
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