MAS308 Gas Technology

Contents and structure

The course is aimed to provide participants with a comprehensive and up-to-date knowledge of the natural gas industry. It covers a variety of subtopics, for instance, the production, processing, storage, transport, and energy conversion of natural gas. Also, the course provides a comprehensive knowledge of biogas. There is a strong emphasis on environment and safety concerns. 

Course content:

• An overview of the Norwegian gas industry (production, pipelines, gas plants, export)
• An introduction to conventional and shale gas (history, origin, terminology)
• Production of natural gas (geology, fields exploration, drilling )
• Processing of natural gas condition and processing (separation, dehydration, sweetening, condensate removal)
• Natural gas compression and liquefaction
• Natural gas thermodynamics and energy conversion (multiphase flow, gasses mixture, gas properties, compressibility, Joule-Thomson effect)
• Introduction to Biogas, syngas and hydrogen
• Introduction to turbomachinery (pumping, compression, expansion)
• Natural gas safety and environment

Learning Outcome

The course will provide students with comprehensive knowledge about the natural gas industry from well to market and an introduction to biogas production. On completion of the course the students should have the following learning outcomes defined in terms of knowledge, skills and general competence:

Knowledge:

• have a good understanding of the Norwegian gas industry including gas plants, terminals and pipelines,
• be able to understand the essential features of natural gas and biogas  production,
• be able to describe the basic principles of natural gas processing,

Skills:

•  be able to explain a typical natural gas processing plant,
• be able to evaluate the associated water content in natural gas using thermodynamic charts,
• can predict and evaluate hydrate formation in natural gas pipes and processes,

Competence:

•  can discuss the importance of natural gas and biogas to the environment,
• can use thermodynamic charts to solve problems,
• is able to analyse and solve a variety of problems related to the subject, independently and in groups,

Entry requirements

No prerequisite 

Recommended previous knowledge

Thermodynamics and chemistry

Teaching methods

Conventional lectures, interactive tutorials, self-study, media to motivate and help  students retention of knowledge 

Compulsory learning activities

Attending a minimum of three tutorial sessions. This is will be valid for three following semesters

Assessment

Written exam 3 hours. 

Time and place for the examination will be announced at Studentweb.

Grading scale is A-F where F is fail.

Examination support material

Basic calculator in agreement with HVLs rules

More about examination support material