Pipeline Integrity Management Research/Report Paper
Budget: $30 – $250 CAD
Research paper 20 pages about pipeline integrity management incorporated with presentation provided by me and separate research required to be done aswell. No plagiarism
Project:
As a Pipeline Integrity engineer, you are asked to design and develop Pipeline Integrity Man- agement System (PIMS) for a pipeline used in an engineering application. Your case study report should cover all the factors outlined below:
• Select ONE pipeline system used in engineering applications (ex: Refinery, Chemical plant, Pharmaceutical Plant, Water, CO2 transportation etc) and explain the operational parameters such pressure, temperature, transporting medium, and the operational envi- ronment. (4 Marks)
• Define and explain the core risk factors (minimum of five) associated with the pipeline applications. (4 Marks)
• Explain the mechanical integrity factors associated with the selected pipeline. (5 Marks)
• Select and explain the required Design life, Material properties, Line pipe types, Con- struction, Coating, Liners, and Corrosion control associated with the application relevant to the integrity. (6 Marks)
• Explain and discuss the risk management process required for the pipeline integrity rele- vant to the selected application.
• Explain and discuss the risk assessment type required for the selected pipeline system relevant to the pipeline integrity. (5 Marks)
• Select and justify the required Threat and Hazard management tools required for the selected pipeline applications. (10 Marks)
• Develop the PIMS flow diagram and explain the process required for the pipeline appli- cations. (6 Marks)
Project:
As a Pipeline Integrity engineer, you are asked to design and develop Pipeline Integrity Man- agement System (PIMS) for a pipeline used in an engineering application. Your case study report should cover all the factors outlined below:
• Select ONE pipeline system used in engineering applications (ex: Refinery, Chemical plant, Pharmaceutical Plant, Water, CO2 transportation etc) and explain the operational parameters such pressure, temperature, transporting medium, and the operational envi- ronment. (4 Marks)
• Define and explain the core risk factors (minimum of five) associated with the pipeline applications. (4 Marks)
• Explain the mechanical integrity factors associated with the selected pipeline. (5 Marks)
• Select and explain the required Design life, Material properties, Line pipe types, Con- struction, Coating, Liners, and Corrosion control associated with the application relevant to the integrity. (6 Marks)
• Explain and discuss the risk management process required for the pipeline integrity rele- vant to the selected application.
• Explain and discuss the risk assessment type required for the selected pipeline system relevant to the pipeline integrity. (5 Marks)
• Select and justify the required Threat and Hazard management tools required for the selected pipeline applications. (10 Marks)
• Develop the PIMS flow diagram and explain the process required for the pipeline appli- cations. (6 Marks)