Pipeline Maintenance and Operations and Troubleshooting

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Pipeline Maintenance and Operations and Troubleshooting Course
Introduction:
Course Objectives:
Upon the successful completion of the course, participants will be able to:-
· Identify Basic Principles of Safe Operation & Efficient Maintenance of Pipelines for Various Industrial Applications
· Develop Deep Understanding & Familiarity with the Practical Aspects of Operation and Maintenance Activities
· Illustrate the Concepts Discussed and be Provided with Necessary Experience in Applying Them
· Use & Follow the Guidelines & Best Industrial Practices Related to Operation, Control, Inspection & Testing of Pipelines
· Have a very good background on the principles & concepts of pipeline and piping inspection, maintenance & integrity assessment
· Identify the material specifications of the pipeline and piping and know the metallurgy, heat treatment and API/ASTM material specifications
· Gain in-depth understanding on design pressure and failure margins of pipes and learn how to establish the system design pressure
· Understand risk-based inspection & integrity management and be able to carry-out practical approach to assessing damage mechanisms
Who Should Attend?
The course is intended for: -
- Process, Chemical and Mechanical Engineers Working in Petrochemical and Process Industry, Including Oil Refineries and Gas Production Companies Where Operation and Maintenance of Pipelines are of High Importance
- The operation, Technical Service and Maintenance Professionals from Various Processing Plants Involved in Everyday Operation, Control, Inspection and Maintenance of Pipelines
- Engineers and Consultants Dealing with Planning of New Production Lines and Retrofitting Plants and Introducing New Technologies
- Technical Professionals Responsible for Maintenance and Repair of Equipment
Course Outlines:
Overview of Technical Characteristics of Pipelines
- Overview of the main elements of oil and gas pipeline systems
- Selection & sizing of pipelines: flow rate, MAWP, pumping power: ASME B31.3
- Selection of pipeline material and interaction with working fluid
- Operation of pump and compressor stations
- Pipeline flow control and measurements: custody transfer
- Workshop: Examples and solutions
Operation & Material Degradation
- Pipeline material ageing: erosion, corrosion & stress corrosion cracking
- Corrosion Direct Assessment: External (ECDA) and internal (ICDA) Methods
- Cathodic protection, coating and other technologies: outer & inner surface
- Metal loss inline inspection (ILI) and smart pigging (NDT) monitoring
- Pipeline fatigue, cracks, seam defects and ruptures
- Workshop: Examples and solutions
Operation & Safety Management
- Safety Instrumentation, Control Valves and Other Safety Accessories
- Transient operation and effects and water hammer
- Pipeline failure prevention & root cause analysis
- Leak detection methods (LDAR) and patrolling & surveillance: SCADA
- Inspection (RBI), Hydrostatic test methodology
- Workshop: Examples and Solutions
Maintenance Technologies
- Pipeline maintenance & cleaning technologies: pipeline reconditioning
- Monitoring of pipeline vibrations and support integrity
- Repair technologies: welding of composite sleeves and segment replacements
- Maintenance of valves, fittings and accessories
- Valve repair: hot tapping, temporary plugging (stopple)
- Workshop: Examples and solutions
Testing & Monitoring in Operation
- Hydrostatic testing: allowable operating pressure and hydrostatic test pressure
- Reliability and availability of pipelines in operation
- Risk-based inspection (RBI)
- Fitness for Service (FFS)
- An estimate of the remaining life of the equipment