Topic Indices and Site Maps Search - Bureau of Ocean Energy Management, Regulation and Enforcement Home - Bureau of Ocean Energy Management, Regulation and Enforcement Bureau of Ocean Energy Management, Regulation and Enforcement
 
 
Technology Assessment & Research (TA&R) Projects Listed by Number
Technology Assessment & Research (TA&R) Program
Technology Assessment & Research (TA&R) International Activities
Oil Spill Response Research Program
Renewable Energy Research
Renewable Energy Test Tank
Operational Safety and Engineering Research
Technology Assessment & Research (TA&R) Projects Listed by Category
Technology Assessment & Research (TA&R) Workshops
How to Request Technology Assessment & Research (TA&R) Reports
How to Submit Research Proposals
Offshore Energy and Minerals Management Homepage
5-Year OCS Leasing Program
Environmental Stewardship
ECON
GOMESA Revenue Sharing
International Activities
Coastal Impact Assistance Program (CIAP)
Jobs
Leasing
Mapping and Data
Leasing Moratorium Information
Offshore Safety
Offshore Stats & Facts
Operations
Past 5-Year Programs
Penalties
Regulatory Compliance
Renewable Energy Program
Research
Resource Evaluation
2006 National Assssment
2006 National Assessment Map
Contact Us
Navy Spacer
Alaska Region
Atlantic
Gulf of Mexico
Pacific Region
Navy Spacer
 
 Hot Topics:

   NEW Reforms


   Ocean Energy
   Safety Advisory
   Committee

   Notice to Lessees

   Well Permits and
   Plans

   Investigations and
   Review Unit

   Deepwater Horizon
   Library & Reading
   Room

 

Navy Spacer
 
 Contact:
    OEMM Web Team

 
Navy Spacer
 
Technology Assessment & Research (TA&R) Program
 
Project Number 271
Date of Summary February 3, 2005
Subject Safety and Integrity of Arctic Marine Pipelines
Performing Activity Centre for Cold Ocean Resources Engineering
Principal Investigator Dr. Ryan Phillips and Dr. Jack Clark
Contracting Agency Minerals Management Service
Estimated Completion Complete
Description This is a continuation of the Pressure Ridge Ice Scour Experiment (PRISE), Project #191. The objective of this project is to confirm the magnitude and extent of sub-scour deformations in dilatant soil, through:

1) direct field observations;

2) physical model simulations;

3) numerical model simulations; and

4) development of an indigenous knowledge workshop.

Progress A field study was conducted to observe sub-scour deformations under fresh ice scours in compact silt in a tidal estuary. This study was done during the ice break up, late spring, 1997, in the Bay of Fundy, around Cobequid Bay, Nova Scotia. Vertical deformation tubes and markers were placed in a tidal estuary at low tide. During the next low tide tidal bore scours were created. The markers were excavated and direct observations of the scours were made. A control marker, in an area with no scours, was also excavated. There were no differences found between the markers from the scoured areas and the area that was not scoured.
Report
AA (68 pages) Paulin, M.J., Safety and Integrity of Arctic Marine Pipelines, Progress Report #1: Results of Field Study, C CORE, St. John's, Newfoundland, Publication 97 C 30, July, 1997.
AB (62 pages) Hurley, S., and Phillip, R., "Safety and Integrity of Arctic Marine Pipelines; Progress Report #2 Centrifuge Test PR3D 1 Report," Contract Report for MMS, C CORE, St. John's, Newfoundland, Publication 98C2, March 1998.
AC (52 pages) Phillip, R., Hurley, S., and King T., "Safety and Integrity of Arctic Marine Pipelines; Progress Report #3 Centrifuge Test PR3D Report," Contract Report for MMS, C CORE, St. John's, Newfoundland, Publication 98C8, June 1998.
AD (57 pages) C CORE, "Safety and Integrity of Arctic Marine Pipelines; Draft Final Report" Contract Report for Minerals Management Service, C CORE Publication 98C15, June1998.

Last Updated: 12/30/2010, 11:44 AM Central Time