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DTSTART;TZID=Europe/London:20240227T180000
DTEND;TZID=Europe/London:20240227T200000
DTSTAMP:20260410T165357
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UID:20422-1709056800-1709064000@www.icorr.org
SUMMARY:Predictable Pipeline Performance with Polymer Liners
DESCRIPTION:Speaker: Mark Smithson\, Subsea 7 Ltd \nIn-Person Presentation only.\nFor Registration (please use link)\nEvent Registration Event is Free of Charge to attend. \nEvent Programme:\n18.00 – 18:30: Arrival / Networking / Refreshments\n18:30 – 18:40: Introductions\n18:40 – 19:20: Technical Presentation\n19:20 – 19:30: Q&A\n19:30 – 19:40: Closing Remarks ICorr The Talk: \nTopic: Predictable Pipeline Performance with Polymer Liners.\nSynopsis:\nPolymer liners have provided a global\, cost-effective solution for internal corrosion mitigation of rigid water injection flowlines for more than 25 years. The first polymer lined subsea pipeline was installed in 1994\, since then more than 400km of high-density polyethylene (HDPE) liners have been installed for subsea water injection service by Subsea7 companies. This track record includes design conditions and qualification programs demonstrating pressures up to 1293 bar at depths of greater than 1\,500 m and temperatures up to 80°C with the potential to expand all these boundaries. Further evidence of the efficacy of polymer lining as a corrosion protection technology was demonstrated on recovery of a spool from a live field after 13 years in service which demonstrated no deterioration of either polymer material or carbon steel host pipe.\nMore recently this well-established flowline product has been supplemented by qualification of polymer lined pipe for dynamic riser service (steel catenary riser\, SCR\, and Steel Lazy Wave Riser\, SLWR). The qualification program included fatigue testing on both full-scale polymer-lined pipe sections and small-scale material coupons. Combined with an investigation of liner behaviour in the vertical orientation. The riser product obtained qualification to technology readiness level (TRL) 5\, from the industry recognized body\, DNV. A deep-water riser has since been fabricated and installed off the back of this program and is ready to enter service.Current developments in polymer lining technology have potential to offer these and other benefits in alternative service environments\, such as Water Alternating Gas (WAG)\, production lines and new energy transition applications like Carbon Capture\, Utilization and Storage (CCUS) and Hydrogen transportation. \nBiography:\nMark is currently a senior Development engineer with the Internal Corrosion Management team for Subsea7 pipeline products. \n \nAn experienced engineer\, he holds a Bachelor of Engineering in Mechanical engineering with industrial management from Liverpool University. Mark has been part of Subsea7’s polymer lined pipe developments and execution for more than 5 years working on a range of projects aimed at increasing the applications applicable to polymer lining. Within this role he has been responsible for increasing the qualification limits for the Linerbridge connector and currently holds two patents relating to polymer liner developments with a further application pending. Previous to joining the polymer lined pipeline team at Subsea7; Mark worked for Artis\, an independent polymer consultancy where he worked on projects ranging from polymer compound development\, polymer characterisation and product development to testing and process development or optimisation. \n  \nAdditional Information:  \nRegistration information will be shared with our Branch volunteers to help facilitate the event.
URL:https://www.icorr.org/event/predictable_pipeline_performance_with_polymer_liners/
LOCATION:The Palm Court Hotel\, 81 Seafield Road\, Aberdeen\, AB15 7YX\, United Kingdom
CATEGORIES:Aberdeen Branch
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BEGIN:VEVENT
DTSTART;TZID=Europe/London:20240227T180000
DTEND;TZID=Europe/London:20240227T200000
DTSTAMP:20260410T165357
CREATED:20240206T134256Z
LAST-MODIFIED:20240206T134445Z
UID:21925-1709056800-1709064000@www.icorr.org
SUMMARY:Aberdeen Technical Event
DESCRIPTION:Company: Subsea 7Speaker:  Mark Smithson \nTopic:  Predictable pipeline performance with polymer liners.    \nSynopsis:Polymer liners have provided a global\, cost-effective solution for internal corrosion mitigation of rigid water injection flowlines for more than 25 years. The first polymer lined subsea pipeline was installed in 1994\, since then more than 400km of high-density polyethylene (HDPE) liners have been installed for subsea water injection service by Subsea7 companies. This track record includes design conditions and qualification programs demonstrating pressures up to 1293 bar at depths of greater than 1\,500 m and temperatures up to 80°C with the potential to expand all these boundaries. Further evidence of the efficacy of polymer lining as a corrosion protection technology was demonstrated on recovery of a spool from a live field after 13 years in service which demonstrated no deterioration of either polymer material or carbon steel host pipe. \nMore recently this well-established flowline product has been supplemented by qualification of polymer lined pipe for dynamic riser service (steel catenary riser\, SCR\, and Steel Lazy Wave Riser\, SLWR). The qualification program included fatigue testing on both full-scale polymer-lined pipe sections and small-scale material coupons. Combined with an investigation of liner behaviour in the vertical orientation. The riser product obtained qualification to technology readiness level (TRL) 5\, from the industry recognized body\, DNV. A deep-water riser has since been fabricated and installed off the back of this program and is ready to enter service. \nCurrent developments in polymer lining technology have potential to offer these and other benefits in alternative service environments\, such as Water Alternating Gas (WAG)\, production lines and new energy transition applications like Carbon Capture\, Utilization and Storage (CCUS) and Hydrogen transportation. \nPolymer liners have provided a global\, cost-effective solution for internal corrosion mitigation of rigid water injection flowlines for more than 25 years. The first polymer lined subsea pipeline was installed in 1994\, since then more than 400km of high-density polyethylene (HDPE) liners have been installed for subsea water injection service by Subsea7 companies. This track record includes design conditions and qualification programs demonstrating pressures up to 1293 bar at depths of greater than 1\,500 m and temperatures up to 80°C with the potential to expand all these boundaries. Further evidence of the efficacy of polymer lining as a corrosion protection technology was demonstrated on recovery of a spool from a live field after 13 years in service which demonstrated no deterioration of either polymer material or carbon steel host pipe. \nMore recently this well-established flowline product has been supplemented by qualification of polymer lined pipe for dynamic riser service (steel catenary riser\, SCR\, and Steel Lazy Wave Riser\, SLWR). The qualification program included fatigue testing on both full-scale polymer-lined pipe sections and small-scale material coupons. Combined with an investigation of liner behaviour in the vertical orientation. The riser product obtained qualification to technology readiness level (TRL) 5\, from the industry recognized body\, DNV. A deep-water riser has since been fabricated and installed off the back of this program and is ready to enter service. \nCurrent developments in polymer lining technology have potential to offer these and other benefits in alternative service environments\, such as Water Alternating Gas (WAG)\, production lines and new energy transition applications like Carbon Capture\, Utilization and Storage (CCUS) and Hydrogen transportation.
URL:https://www.icorr.org/event/aberdeen-technical-event/
LOCATION:The Palm Court Hotel\, 81 Seafield Road\, Aberdeen\, AB15 7YX\, United Kingdom
CATEGORIES:Aberdeen Branch
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