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Installation Calculations for Subsea Pipelines

 

A Comprehensive Course in Pipeline Installation, Stability, and Lifting Techniques

The "Installation Calculations for Subsea Pipelines" course offers a detailed and hands-on approach to mastering installation analysis of rigid pipelines and modules. It focuses on practical exercises, allowing participants to practice hand calculations with expert guidance, enhancing their understanding of industry standards and codes. The course covers a range of topics including wire sizing for pipeline pull-in, lowering of modules, rigging, and sea-fastening design, equipping learners to independently assess and verify calculations. It's an ideal platform for professionals seeking to deepen their technical knowledge in subsea pipeline installation.

Interactive Learning

Interactive Learning
 
Engage in hands-on activities and interactive exercises, helping you become confident in assessing and verifying calculations.

Industry insights
Industry insights
 
Gain industry insights into pipeline installation methods, including S-lay, J-lay, and reel-lay techniques. 

Networking Opportunities

Networking opportunities

Network with like-minded individuals and industry experts working within installation.

Jeenius
Jeenius
 
Enjoy exclusive access to Jeenius platform, a valuable learning resource.

Unveiling Practical Insights with In-Depth Calculations and Exercises

Our tutor guides delegates through a variety of worked examples and exercises, explaining how theoretical concepts, including detailed calculations, are applied in real-life scenarios. This hands-on approach allows participants to deepen their understanding by actively engaging with practical exercises, ensuring they gain valuable insights and skills that are directly applicable to their professional roles. Opting to study with us means embarking on a journey that encourages exploration and provides a comprehensive understanding of how theoretical knowledge, accompanied by practical calculations, translates into valuable expertise.

Module Highlights

Day 1 - A Dive into Catenaries, Bending Stresses, and Reeling Operations

Begin with 'Catenaries,' delving into catenary curves, pipe lay equations, and stresses, accompanied by a practical worked example elucidating control mechanisms through tension. Progress to 'Bending Stresses,' exploring bending dynamics during S-lay operations, break-over length considerations, and challenges posed by concrete-coated pipes within horizontal lay radii. The exploration continues with 'Reeling,' uncovering operations, strain concentration nuances, material qualification essentials, and an insightful worked example illustrating ovalisation and buckling complexities.

Day 2 – Sagbend Buckling, Landfall Strategies, and Barge Stability

Sagbend Buckling' unfolds local buckling criteria and prediction methods within a catenary, offering a worked example illustrating buckle propagation intricacies. Transition to 'Landfall,' where participants explore setup dynamics through a practical example, along with alternative configurations. The exploration concludes with 'Barge Stability,' unravelling the principles of stable floating bodies, methods for determining vessel stability, considerations for free liquid surfaces, suspended loads, and insights derived from a comprehensive worked example.

Day 3 – Dynamics, Lifting Strategies, and Rigging Design Analysis

Dynamics unveils the intricacies of vessel motions, dynamics during pipe-lay operations, essential code criteria, and insights into software applications. A practical worked example provides hands-on experience, followed by output analysis and a comprehensive fatigue assessment. Transition to 'Lifting,' where participants delve into the nuances of static and dynamic loads, lifting operations in air and through wave zones, as well as the intricate processes of lowering through water columns onto the seabed. A practical worked example enriches the learning experience. Conclude with 'Rigging Design and Analysis,' exploring rigging equipment, detailed analysis techniques, and a hands-on worked example.

Day 4 – Lugs, Deck Layouts, Sea Fastenings, Anchors, and Piles

Lugs, Deck Layouts, and Sea Fastenings' unfold the intricacies of lugs and stiffeners, providing a hands-on experience through a practical worked example. Further, participants explore foundations and deck fixings, gaining insights into deck layouts and sea fasteners. Transition to 'Anchors and Piles,' where the program delves into anchor dynamics, pile considerations, and the complexities of sheet pile anchorage, complemented by a comprehensive worked example.

 

Who should attend?

Offshore Structural Engineers

Gain insights into the design and dynamics of catenaries, bending stresses, and reeling operations.

Pipeline Engineers

Delve into the intricacies of dynamics during pipe-lay, understanding code criteria, software applications, and fatigue assessments. 


Marine and Subsea Project Managers

Acquire a holistic view of the entire offshore installation process, from dynamic considerations and lifting operations to rigging design and anchoring.

Construction Professionals

Explore the nuances of lugs, deck layouts, sea fastenings, anchors, and piles to enhance skills in planning, executing, and optimising offshore construction activities.

Catenaries

  • Catenary curves
  • Pipe lay catenary equations
  • Pipe stresses
  • Worked example
  • Control by tension

Bending stresses

  • Bending during S-lay
  • Worked example
  • Break-over length
  • Concrete-coated pipe
  • Horizontal lay radii

Reeling

  • Reeling operations
  • Strain concentration
  • Material qualification
  • Ovalisation and buckling
  • Worked example

Sagbend buckling

  • Local buckling criteria
  • Prediction of buckling in catenary
  • Worked example
  • Buckle propagation

Landfall

  • Landfall setup
  • Worked example
  • Alternative setups

Barge stability

  • Stable floating bodies
  • Determining vessel stability
  • Free liquid surfaces and suspended loads
  • Modular craft and local barges
  • Worked example

Dynamics

  • Vessel motions
  • Dynamics during pipe-lay
  • Code criteria
  • Software
  • Worked example
  • Output analysis
  • Fatigue assessment

Lifting

  • Static and dynamic loads
  • Lifting in air
  • Lifting through wave zone
  • Lowering through water column
  • Lowering onto seabed
  • Worked example

Rigging design and analysis

  • Rigging equipment
  • Rigging analysis
  • Worked example
 

Lugs, deck layouts and sea fastenings

  • Lugs and stiffeners
  • Worked example
  • Foundations and deck fixings
  • Deck layouts and sea fasteners

Anchors and piles

  • Anchors
  • Piles
  • Sheet pile anchorage
  • Worked example
 
 

Learning Outcomes

  • Explain the key design aspects for pipeline installation by S-lay, J-lay and reel-lay
  • Calculate the forces and necessary winch capacities for landfall pulls and methods of reducing those loads
  • Explain how the stability of an installation vessel is determined and how the positioning of equipment on-deck and the use of cranes affect that stability
  • Determine the effects of vessel motions on installation loads and calculate the resultant dynamic amplifications during installation
  • Design rigging and sea-fastenings for the transportation and installation of subsea equipment
  • Identify the principles of holding capacity of soils, for simple pile and anchor design
Subsea ROV

Meet Your Expert Tutor

Mike Hawkins

Mike Hawkins

BTech (Hons), CEng, FIMechE

With a distinguished career spanning over three decades in the oil and gas industry, Mike stands as an embodiment of expertise and experience. As the Technical Authority at Jee, he brings a wealth of knowledge to the table, particularly in the realms of design, pipeline buckling, third-party verification, freespan and finite element (FE) analysis, and fatigue assessment. His deep understanding of the industry's technical intricacies and his ability to simplify complex concepts make him an invaluable asset to our training programmes. 

Mike’s approach to teaching is rooted in his practical experience, blending theoretical knowledge with real-world applications. His classes are not just about learning the fundamentals; they are about understanding how these principles are applied in the field, ensuring that delegates are prepared for real challenges in the subsea engineering sector. His dedication to the advancement of knowledge and his commitment to fostering the next generation of engineers have earned him respect and admiration from both delegates and peers alike.  

Start Dates

Location Start Date End Date Number of Days Timings
Virtual (via MS Teams)
25th June  2024 
28th June 2024
4
09:00 to 16:30 (with regular breaks)
Virtual (via MS Teams)
23rd September
26th September 2024
4

09:00 to 16:30 (with regular breaks)

Your Course Fee

COURSE FEE

£2,600

  • Live Classes: Dive into live, interactive sessions focusing on real-time learning and discussions with peers and industry experts.

  • Access to Jeenius Platform: Unlock a realm of additional resources, peer forums, and expert interactions extending your learning beyond the classroom.

  • Industry Expert Interaction: Network and learn from seasoned industry professionals throughout the course, discussing real-world challenges and solutions.

Find Out more