About the course
This course provides an in-depth understanding of the complex design issues affecting deepwater subsea pipelines and risers. It is recommended as additional learning from the Design of subsea pipelines - Part 1 course, to deepen design capabilities and know-how.
Duration: 4 days
Level: Practitioner
You will gain from this course
- An understanding of the more challenging design issues affecting subsea pipelines
- Engineering skills to combat tougher design challenges such as deep water, high pressure, high temperature and highly corrosive fluids/gases
- A knowledge of which questions to ask to keep your project on-track
- Worked examples following codes of practice that you can use in future projects
Exercises, worked examples and case-studies build delegates' understanding of real-life engineering issues and lessons learned for current and future projects.
Who this course is for
Anyone with responsibility for pipeline design work or who has to approve pipeline design, including:
- Pipeline and subsea engineers
- Design engineers
- Facilities engineers
- Subsea pipeline specialists
- Project engineers and managers
- Engineering team managers, leaders and supervisors responsible for design engineers and pipelines
- Those who have already attended the Design of subsea pipelines - Part 1 course
More information
Download a course flier
Course outline
The modules for each day are listed below:
HIPPS
Purpose and layout of HIPPS systems, Design calculations, Reliability and availability, Case studies
Hydrostatic collapse
External pressure, Collapse criteria, Buckle propagation, Buckle arrestors, Worked examples and exercise
Further corrosion
Advanced corrosion mechanisms, Corrosion control, Corrosion rates, Case studies, Corrosion rate exercise
Lateral buckling
Virtual anchor spacing, Design for lateral buckling, Out-of-straightness surveys, Mitigation methods, Lateral buckling exercise
Upheaval buckling
Upheaval buckling, Software, Soil restraint, Upheaval buckling exercise
Strain-based design
Applications in reeling and buckling, Loading, Low strain requirements, Moderate strain requirements and ECA, High strain requirements, Worked example and exercise
Fatigue
Principles of fatigue, Fatigue loadings, Design for fatigue, Worked example, Case studies, Fatigue exercise
Expansion, walking and anchoring
End expansion, Pipeline walking, Walking modes, Pressure effects, Walking and lateral buckling, Anchoring, Other mitigation methods, Case study and exercise
Protection
Hazards, Pipeline loads and capacity, Risk and safety analysis, Pipeline coatings, Rock dump, Trenching for impact protection, Protection structures, ’Soft’ protection options
Three easy ways to book1. Online by credit card
2. By telephone +44 (0) 1732 371 391
3. Fax your booking form to +44 (0) 1732 361 646
Book now online or download a booking form
Jee’s courses now count towards credits for an MTech with Curtin University, Perth WA and an MSc with RGU, Aberdeen.
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