Meteomarine data analysis.
Flow assurance study through static models (sealine sizing, head loss).
Mechanical design (piping class and piping specification).
On bottom stability and on bottom roughness.
Transient analysis through hydrodynamic models.
Optimization of sealines type, number, configuration and lay out.
Shore approaches, causeway/embankment and culvert.
Pre and post-trench definition.
Risers design through off-shore Finite Element Model.
Stress analysis and free span calculation.
Human interaction verification.
Painting, insulating and coating.
Geotechnical engineering (through partner).
Preparation of tender documents and assistance during procurement.
Selection of installation procedures and laying methodology (bottom pull, floating, lay barge).
Testing, pre-commissioning and commissioning.
Operating manuals and procedures.
P.L.E.M type and configuration.