Engineering for the jobs that are not routine.
Simulation before mobilisation, analysis when a job is marginal, and an independent investigation when something has already gone wrong.
CT Job Design
A coiled tubing job should be simulated before the unit is mobilised, not worked out on location. We build the model, check its inputs against the well and the unit, and run the job through it: tubing forces, hydraulics, fatigue, and the fluid and nitrogen volumes it needs. Then we explain what the result does and does not prove.
Crews practise the well control side on our simulator. Simulator
- Model build and input validation
- Tubing forces, lock-up and buckling analysis
- Circulating pressures and hydraulics
- String fatigue tracking across a campaign
- Sensitivity analysis on the marginal cases
- Engineer training on correct model use
Engineering Analysis
Independent engineering for the jobs that are unusual, marginal or have already gone wrong. Extended reach, high differential pressure, deep clean-outs, milling programmes and stuck-pipe incidents.
- Extended-reach and reach-limit assessment
- Fatigue life and string retirement decisions
- Stuck string, lock-up and parted-string investigation
- Failure and non-productive-time root cause analysis
Operational Consulting
Advisory work on how a coiled tubing or pumping operation is run: base set-up, fleet and maintenance strategy, crew structure, service quality and the discipline that keeps non-productive time down.
- Operational audits and improvement plans
- Start-up planning for a new base or country
- Fleet, spares and maintenance strategy
- Crew structure, rotation and resourcing
- Service quality reporting and KPIs
