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Module Title
Subsea Systems

Keywords
Subsea Engineering, subsea well drilling & completion, subsea production systems;floating exploration & production units, installation & workover vessels & equipment, subsea IRM equipment & technologies field development options, subsea field architecture

ReferenceENM227
SCQF LevelSCQF 11
SCQF Points15
ECTS Points7.5
CreatedAugust 2007
ApprovedFebruary 2010
AmendedAugust 2011
Revision No.2
Prerequisites for Module

Normally a UK honours degree or equivalent, in Engineering or a related discipline at class 2.2 or above and proficiency in English language for academic purposes (IELTS minimum score of 6.5 or equivalent).

Corequisite Modules

None.

Precluded Modules

This module is not suitable for students following an MSc in Professional Studies programme unless they meet the entry qualifications stipulated in the University Regulations on admission and the prerequisites above.

Aims of Module

To provide the student with fundamental knowledge and understanding of the exploration, production and IRM technologies associated with subsea oil and gas field development from a technical and economic perspective.
The aim is to provide a broad view of subsea engineering fundamentals, the majority of which will be studied in more depth in other modules.

Learning Outcomes for Module

On completion of this module, students are expected to be able to:

1. Demonstrate broad knowledge and understanding of subsea exploration and production systems.
2. Explain how a subsea well is constructed and completed including the functions of the specialist equipment.
3. Select subsea production equipment to meet specific technical and economic challenges related to reservoir fluids, field size and adjacent infrastructure.
4. Appraise various options for the development of subsea oil and gas fields.

Indicative Module Content

Overview of subsea well construction, field development and operation. Bottom-supported/ floating exploration and production units; motion compensation. Technical and economic field development challenges presented by reservoir fluids, field size, water depths, access to existing infrastructure, marginal green/brown fields, flow assurance. Subsea production systems and field architecture; mud-line wellhead systems, horizontal and conventional trees, flexible jumpers, satellite/ cluster configurations; manifolds, drill centres, flowlines (pipelines), PLETs/PLEMs risers, controls systems; Installation, workover and IRM equipment and control systems.

Indicative Student Workload

Contact Hours

Full TimePart TimeDistance Learning
Assessment
101010
Lectures
24240
Tutorials
12120

Directed Study

   
Coursework
606060

Private Study

   
Online Activities
0010
Private Study
444430
Self Directed Study of Online Materials
0040

Mode of Delivery

This module is primarily available as an online distance learning module with online tutor support. The module may be delivered as a lecture and tutorial based full time course, with case study work, plus private study and discussion.

Assessment Plan

Learning Outcomes Assessed
Component 1 1,2,3,4
Component 2 1,2,3,4

Learning outcomes covered in this module represent interrelated elements of the module topic. Coursework and examinations may emphasise some learning outcomes above others without totally divorcing one from the other and while retaining a balanced assessment in total.
Component 1 is coursework and will normally involve preparation of a short individual report combined with on-line student centred learning activities. Supervision will be available throughout coursework, but the emphasis will be on students to identify missing information and carry out further independent research where necessary.

Component 2 is a closed book examination.

Indicative Bibliography

1.AMERICAN PETROLEUM INSTITUTE, Miscellaneous Recommended Practices, Specifications & Bulletins from Series 17 "Subsea Production Systems". Washington:API/ISO
2.ARNOLD, K.E., Ed. 2007. Petroleum Engineering Handbook, Vol III Facilities and Construction Engineering, Ch14. Richardson, TX:SPE
3.BAI, Y., BAI, Q., 2005. Subsea Pipelines and Risers.
Oxford:Elsevier
4.CHAKRABARTI, S. 2005. Handbook of Offshore Engineering, Vol II. Oxford:Elsevier
5.MATHER, A. 2000. Offshore Engineering: An Introduction. 2nd Ed. London: Witherby & Co. Ltd.
6.MITCHELL, R.F., Ed. 2006. Petroleum Engineering Handbook, Vol II Drilling Engineering. Richardson, TX:SPE


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