Scroll downscroll down button
Assessment of pipeline stability in the Gulf of Mexico during hurricanes using dynamic analysis

Assessment of pipeline stability in the Gulf of Mexico during hurricanes using dynamic analysis

Pipelines are the critical link between major offshore oil and gas developments and the mainland. Any inadequate on-bottom stability design could result in disruption and failure, having a devastating impact on the economy and environment. Predicting the stability behavior of offshore pipelines in hurricanes is therefore vital to the assessment of both new design and existing assets. 

The Gulf of Mexico has a very dense network of pipeline systems constructed on the seabed. During the last two decades, the Gulf of Mexico has experienced a series of strong hurricanes, which have destroyed, disrupted and destabilized many pipelines.
This paper first reviews some of these engineering cases. Following that, three case studies are retrospectively simulated using an in-house developed program.
The study utilizes the offshore pipeline and hurricane details to conduct a Dynamic Lateral Stability analysis, with the results providing evidence as to the accuracy of the modeling techniques developed.
Download PDF
Share on facebook
Share on twitter
Share on linkedin
resources

Related Posts

Seawater Intake and Outfall
CASE STUDIES
Seawater Intake and Outfall
  • Tags:
  • Energy Transition
  • HDD
  • Shore Crossing
  • Tunnelling
Read More
Maitland to Burrup Subsea Corridor Assessment
CASE STUDIES
Maitland to Burrup Subsea Corridor Assessment
  • Tags:
  • Shore Approach
  • Shore Crossing
  • Subsea Pipeline
Read More
Simpson Pipeline – Decommissioning Stability Study
CASE STUDIES
Simpson Pipeline – Decommissioning Stability Study
  • Tags:
  • Decommissioning
  • On-bottom Stability
  • Subsea Pipeline
Read More