ProCISE™ Casing Cutting and Recovery System

Efficient Casing Engagement, Cutting, And Recovery

Another highly efficient WIS plug and abandonment product is the ProCISE system. This system alleviates costs accumulated from multiple casing cutting and recovery runs. In one operation, the system severs the casing, provides efficient circulation, and engages the casing for removal.

The multi-cycle pipe cutter has three sets of blades that can perform multiple casing cuts during a single run, avoiding extra rig time in applications where multiple casing cuts may be required.

Single Trip To Cut and Retrieve Casing

Deliver cost savings especially in challenging deepwater environments.

Once the cute is successfully confirmed, the ProCISE system engages the in-line casing spear and latches onto the end of the casing segment to be removed. This procedure enables hanging the recovered casing in the rotary table, leaving the casing to be handled more safely and efficiently as it is removed from the wellbore.

In addition, the system has a hydraulic pack-off, making it possible to circulate the annulus free from any settled solids or barite sag. Other system components include a HydraStroke* bumper sub, a conventional bumper sub, and a mud motor.

Document Downloads

Title	Link
ProLATCH N_APAC_Australia Performance Bulletin	View
ProLATCH N_APAC_W Australia Performance Bulletin	View
CutPull_APAC_Indonesia Performance Bulletin	View
PullMaster_ESSA_N Sea Performance Bulletin	View
ProLATCH Subsea PA_Japan_APAC Performance Bulletin	View
ProCISE_GOM_Case Study	View
PullMaster Hydraulic Pulling Factsheet	View
CutMaster X3_PipeCutter Factsheet	View
ProCISE Factsheet	View
Well Abandonment Brochure PRG	View
Well Abandonment Brochure	View
Well Abandonment Brochure SPN	View
Well Abandonment Brochure RUS	View

ProCISE — The multicycle pipe cutter offers contingency cutting capacity by enabling multiple cuts to be performed, saving valuable rig time and reducing HSE exposure to rig crew with less handling at the surface.

Benefits

Maximizes reliability of cutting operations with system components designed to work together
Saves rig time by retrieving wellhead seal assembly or wear bushing, and casing in one trip
Cuts faster because casing is held in tension
Requires a single trip for multiple cuts
Increases safety of surface handling by engaging the cut casing segment from the top
Minimizes possible drillstring failure because the drillstring is not rotated in open water