Our approach is simple, we start with a CAN. 

With DP operated deepwater drilling rigs increasingly being used on shallow water wells, there is an underlying threat of “drift-off” as well as a reduction in fatigue life of the wellhead. 

The CAN-WSS (Wellhead Support System) protects the wellhead during drilling operations and gives you a virgin wellhead for the production life of the well. 

​

This is particularly important for keeper wells.

The reuse of subsea well slots allows operators to access the reservoir without adding new infrastructure for the purpose of injecting CO2. This generates value through reduced rig time. Some old wells are not suited for the new and heavy BOPs due to unknown fatigue lifetime and/or load capacity.

​

Using the CAN to support the top of the well with the Wellhead Saver System (WSS) enables safe re-entry of the well.

Conventional single production well design requires the well to be drilled and completed before flow lines pull-in, connection of umbilicals, tree installation, etc. are done with another specialized vessel. This costly time delay between well completion and production start-up sometimes amounting to several weeks can be reduced with the CAN technology. 

​

The CAN technology enables marine and SURF operations to be carried out before the rig arrives on location, saving time, costs and giving reduced project execution time and early production.

We have remastered the pre-rig well construction process and design for the subsea template market. Improving safety and well integrity, all of our subsea template solutions can be used across wells of varying conditions.

​

These subsea template solutions result in an estimated rig time saving of 2-4 days per well plus 500 metric tonnes reduced CO2 emissions for the top hole section of the well.

Subsea wells that are temporarily abandoned may require a BOP to re-enter to permanently plug the well. Some of these wells are not suited for the new and heavy BOP's due to unknown fatigue lifetime and/or limited load capacity.

​

Using the CAN to support the top of the well and the Wellhead Saver System (WSS) enables safe re-entry of the well.

Wet storage of BOP and subsea trees, eliminating prolonged surface recovery.

BOP and subsea trees are frequently recovered to surface due to unplanned events. Extensive service and testing is typically required before redeployment. By offering a wet storage alternative, CAN-parking can save time and costs when the unforeseen occurs.

​

The units have a load capacity from 50 to 500 mT and can be provided with integrated HPWHH and guidepost receptacles for use as a BOP and XT parking position. This is especially useful in field developments with multi-well drilling.