Emergency Pipeline Repair Systems – Preparing for a Pipeline Incident
Sponsored by: STATS Group
- Pipeline Isolation Tools
Date: 13 September
Days to go: 27
Time: 3PM London/10AM New York
Reducing Emergency Pipeline Repair Out of Service Time by Utilising Isolation Tools
Unplanned incidents which cause damage to pipelines or result in a loss of integrity can have huge environmental, safety and reputational implications. As global demand for energy increases so does the consequences of any potential pipeline failure. Interference to this flow can have major consequences both commercially for the operator and more critically a potential shortfall in fuel supply to the client.
In cases where pipeline damage has occurred, the damaged section may need to be cut from the pipeline and replaced with a new pipe section or repaired in-situ. Without suitable double block isolation tools installed locally at both sides of the damaged section; it will be necessary to depressurise the entire section of pipeline to allow safe removal of the damaged section and perform the repair by installing a new section.
Depending on availability of emergency repair equipment the time to return a pipeline to service could be more than 1 year, particularly in a subsea scenario. However, with appropriate planning and investment in equipment, including isolation tools and procedures this could be reduced to approximately 6 weeks.
A pipeline’s out of service time, following an incident, can be reduced with strategic investment in isolation tools as part of an Emergency Pipeline Repair System (EPRS). Further substantial time savings can be achieved if the EPRS equipment has been manufactured and kept in a state-of-readiness for emergency deployment.
Director of EPRS & Subsea Services
Dale has worked in the pipeline and subsea intervention industry since 1992 with involvement in subsea construction, commissioning, repair, isolation, maintenance and decommissioning projects. He graduated from the Robert Gordon University in Aberdeen with a B.Eng (Hons) in Mechanical and Offshore Engineering. He worked as a subsea Engineer as the Client’s Representative on diver and WCROV projects and is an IMCA certified Technical Representative. He joined STATS Group in 2005 and has been involved in the design, development and delivery of bespoke engineered pipeline isolation, repair and recovery solutions.
Key Learning Objectives
- Discuss pipeline damage scenarios and emergency isolation and repair options
- Benefits of investing in isolation tools to minimising environmental and commercial impact and reduce downtime
- Overview of double block and bleed pipeline isolation tools that enable safe repair of pressurised pipelines
- Discuss mechanical isolation tools and techniques developed for piggable and unpiggable pipeline systems
- Integrity Engineers
- Structural Engineers
- Subsea Engineers
- Technical Safety
- Project Engineers
- Offshore Management
- Pipeline Technical Authority
- Asset Integrity Manager
- Pipeline Asset Manager
- Pipeline Maintenance
- Operations & Maintenance Manager
- Technical Manager
- Head of Maintenance
- Emergency Pipeline Repair Manager
- Flowlines / Risers and Pipeline Team Lead
- Subsea Pipelines
- Subsea Engineer.