autumn 2024
MAS-2801 Subsea/Piping - 10 ECTS
Course content
The course will have a broad review of the following modules:
- Introduction to oil and gas subsea industry
- Fluid composition and properties
- Operational stages
- Exploration activities
- Reservoir and reservoir management
- Drilling and well construction
- Planning
- Production
- Decommissioning and removal of installations
- Laws and regulations as for example NORSOK and material specifications from ASME
- Oil and gas subsea systems:
- Flow charts and isometric drawing
- Pipelines/Risers calculation
- Pipe supports, flanges, valves and other fittings
- Material selection based on standard for different elements in the pipe system
- Pumps/Compressors
- Treatment equipment (separators and others)
- Measurement systems
- Operation and maintenance
- Current research/Future development of subsea
Objectives of the course
The course will provide knowledge about techniques, tools, equipment, standards and regulations used in the offshore industry from different prospectives, such as, exploration and exploitation.
Knowledge
Students will subject have basic knowledge about the techniques and equipment used in the exploration and exploitation phases of oil and gas in offshore activities.
Students will also gain in-depth knowledge of related standards and regulations, as well as the design requirements for subsea structures and subsea pipeline systems.
Students will learn about tools used in the subsea oil industry.
Students will be able to apply relevant information for this type of work (LU-M-K-5)
Skills
Students will have a basic understanding of the connection between all activities performed from exploration phase towards the operation phase, including remarks on decommissioning of installations.
The skills will be useful in the bachelor thesis (LU-M-F-1.5)
General Competences
Students can participate in activities related with this topic, having a good understanding of the common practices in assessments, testing and simulation in terms of the use of resources. Students will manage economical and security considerations in the offshore activity (LU-M-G-1.2)
Teaching methods
Instruction of the course will consist of lectures, selected exercises and assignments/submissions oriented to build up the final submission in the course.
The teaching material of the course will be based on books and available actual data to be placed on "Canvas". Some self -directed study and learning must be expected. Calculations should be done first manually to understand the principles. Further calculations will be done with the support of computer programs, for example Matlab, or the commercial program named HYSYS. Access to the required programs can be done by remote desktop connection to the university server.
The main deliverable submission consists of a project report that contains descriptions of calculations, design aspects and functioning analysis of choices made on a subsea system, which must be submitted and presented in class to the rest of the students, teacher and other invited persons to the presentation.
Language of instruction and examination is English
Teaching
Lectures and project work with supervision. The use of technical publications and videos of actual system are encourages during the classes. The project will cover different group activities. Written feedback on assignments and the project reports will be given.
Examination and assessment Examination scheme, test and assessment form, including which assessments should appear on the certificate, or which are included in the calculation basis for a grade that appears on the diploma.
Examination
Examination: | Date: | Weighting: | Duration: | Grade scale: |
---|---|---|---|---|
Oral exam | 1/1 | 30 Minutes | A–E, fail F | |
Assignment | 27.11.2024 14:00 (Hand in) | 0/1 | A–E, fail F |
More info about the assignment
Two-steps project assignment.
Final project: A complete project statement about a case related to the course will be provided. The aim is that the student submit a project in a similar way to a real situation in industry, which require several steps before a project is approved. For this course only two steps will be considered.
Step 1: Students will work with the project which will be presented to intern+external examiners. Here both presentation and report will be considered as preliminary, nevertheless this must contains the full project activities asked. In this presentation a discussion about the findings will take place and also comments or suggestion will be done. It is expected to be a meeting where technical questions are asked back and forth, similarly to a technical review with a company.
Step 2: Three weeks after first meeting final presentation and submission will be done. Both presentation and report can include modifications, improvements or new material according to the outcome of step 1. This step will emulate a project presentation, where not only engineers are involve, but management. The goal is to present the technical work in a comprehensive presentation for a decision making step.
Assessment is made through the evaluation of a written report plus an adjustment of the final oral presentation/exam.
- About the course
- Campus: Narvik | Online | Other |
- ECTS: 10
- Course code: MAS-2801
- Responsible unit
- Department of Industrial Engineering
- Earlier years and semesters for this topic