A customer was planning a drillship based drilling, completion and well test campaign on a batch of high rate gas subsea wells
Following analysis of the well parameters, sea temperatures and hydrate formation curves it was established that there was a significant risk of hydrate formation in the Landing String during the completion and well test phases
A contingency plan was thereforerequired should hydrates be encountered in the Landing String during these phases
Expro Excellence
An engineered solution was developed for the customer to cater for the different well parameters and hydrate formation scenarios that could be encountered during the campaign
The customer had previous experience with using mono ethylene glycol (MEG) for hydrate removal, so a specialized MEG jetting tool was configured for the CoilHose BHA
CoilHose was selected over competing coiled tubing and wireline milling methodologies
Key factors in the selection of CoilHose were rig-time saving, operational efficiency and a compact rig-up
Value to Client
The customer had previous experience with using mono ethylene glycol (MEG) for hydrate removal, so a specialized MEG jetting tool was configured for the CoilHose BHA
CoilHose was selected over competing coiled tubing and wireline milling methodologies
Key factors in the selection of CoilHose were rig-time saving, operational efficiency and a compact rig-up