| Conference Day Two16 June
2010 |
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| 08:00 |
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| 08:50 |
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| 09:00 |
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An integrated process to manage Pipeline Integrity: From raw data collection to risk based inspection |
- An overview of the TIGF pipeline integrity management system (PIMS) and geographical information system (GIS)
- Minimized reaction time to unexpected events by accessing consistent geospatial data, with
visualization of all information related to the pipeline infrastructure network
- Learn how information systems can effectively contribute to regulatory compliance
- Examing the TIGF approach to pipeline integrity management. What are the key threats and risks to integrity?
Jean-Régis Piccardino,
Head of Integrity Management,
TIGF
France
Jean Alain Moreau,
,
TIGF
France
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| 09:35 |
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Case study: Langeled pipeline pigging project |
- Examining the challenges faced during the 1,200 mile pigging project: lessons learnt
- How were the challenges of dual-diameter pigging overcome?
- What were the environmental concerns and how were they adderessed?
- What are the design implications for future pipelines going forward?
Ljiljana Oosterkamp,
Principal Engineer, Pipelines,
Statoil
Norway
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| 10:10 |
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Case study: Using AIS systems to monitor and protect offshore pipelines |
- Learn how an existing mercantile system can be used by the pipeline industry
- Accurately locate problem areas efficiently and quickly
- An overvierview of the results obtained by Dong Energy
Lars Erik Storck,
Head of Subsea Technology,
Dong Energy
Denmark
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| 10:45 |
Coffee, Refreshments and Networking
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| 11:05 |
| Interactive Session |
| Case Study: A project philosophy to overcome Stress Corrosion Cracking |
- Ensuring inspection accuracy with bespoke cleaning technology
- Combining Direct Assessment, MFL and Ultrasonic Crack detection techniques
- Innovative repair strategies
Jason Reynaud,
General Manager, Latin America,
Weatherford Pipeline and Specialty Services
Mexico
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| Interactive Session |
| Inspection Techniques: Executing A Risk Based ILI Procedure |
- Inspection Techniques: Validation of the latest generation of MFL technology leading to improved detection and sizing of pits, pinholes, and axial slots
- Analysing the implications for system design and features and specification development
- Key steps to implement an ILI system and integrating it with your current system for optimum pipeline operations
- What are the key factors to consider when adopting a fully integrated ILI system?
- Exploring key elements concerning in-fielda and in-ditch verification
Martin Bluck,
Product Manager Metal Loss, Geometry, & Mapping,
PII Pipeline Solutions
UK
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| 11:40 |
| Interactive Session |
| Cleaning of Gas Pipelines containing Black Dust |
- What is black powder? Understanding the composition sources and formation mechanisms
- Why have standard cleaning tools not worked in the erradication of black dust?
- A technical overview of Rosen's unique approach to cleaning gas pipeline's of black powder
- Case study: An in depth look into a completed cleaning operation. Before and after results
Wolfgang Krieg,
Corporate Manager Global Marketing,
ROSEN Europe BV
Netherlands
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| Interactive Session |
| Corrosion monitoring: In line wall thickness information without inspections and process shutdowns using ultrasonic guided waves |
- A step towards condition based maintenance for piping and pipelines
- Important key requirements for corrosion monitoring systems
- The technology and applications explained. What are the benefits?
Gert-Jan Heerens,
Business Development Manager,
TNO
Netherlands
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| 12:15 |
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DNV Pipeline Technology from Design to Operation |
- Introduction to DNV Offshore Standard – DNV OS-F101 and the associated RP’s
- Use of DNV OS-F101 and DNV RP’s in the operational phase
- Technology cooperation with the pipeline industry
- Ongoing joint industry technology development projects (JIPs)
- Integrity Management of Submarine Pipeline Systems
Asle Venås,
Global Director, Offshore Pipelines ,
DNV
Norway
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| 12:50 |
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| 14:00 |
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Flow based pressure protection systems in offshore pipelines |
- Flow based PPS used on the Gjøa Gas Pipe eliminates the requirement for expensive communication links to downstream facilities
- Use flow and pressure measurements at one location to reliably predict pipeline pressures at a subsea tie-in points
- Eliminate the need to tie in to existing platform infrastructure for systems with more than one pressure rating
- Trip set points pipeline diameter requirements reduced from 720 to 680 mm as a result of using flow based PPS
David de Miranda,
Asset Responsible UK Pipelines,
Gassco
Norway
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| 14:35 |
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Panel Discussion: Challenges to the industry from the declining knowledge base |
George Tenley,
President,
PRCI
USA
David de Miranda,
Asset Responsible UK Pipelines,
Gassco
Norway
Durga Murti,
Superintendent, Asset Integrity Division ,
Chevron International Exploration and Production
Kuwait
Bente Helen Leinum,
•Head of Section 'Pipelines in Operation' ,
Det Norske Veritas
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| 15:10 |
Chairman's closing remarks and close of the Pipe Tech World Summit 2010
George Tenley,
President,
PRCI
USA
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