Chapter 1 - Gas Composition & Gas Quality

01-01 - Course Introduction (7 min.) Sample Lesson
01-02 - Composition of Natural Gas in Gas Transmission Lines (20 min.)

Chapter 2 - Gas Transmission

02-01 - Flow of Gas in Large Transmission Lines (Transient & Steady State) (16 min.)
02-02 - Gas Flow Equations, Comparison, & Applications (16 min.)
02-03 - Impact of Gas & Pipe Parameters on Pipeline Flow Efficiency (12 min.)
02-04 - Pipeline Looping, Packing, Drafting, & Practical Examples (11 min.)
02-05 - Looping Example (2 min.)
02-06 - Gas Velocity Considerations (8 min.)
02-07 - Line Packing and Drafting (10 min.)
02-08 - Elevation Impacts (8 min.)
02-09 - Wall Thickness / Pipe Grade (15 min.)
02-10 - Temperature Profile (9 min.)
02-11 - Optiumization Process (7 min.)

Chapter 3 - Gas Compression

03-01 - Gas Compression and Coolers (16 min.)
03-02 - Thermodynamics of Isothermal and Adiabatic Gas Comperssion (14 min.)
03-03 - Process Design Of Gas Compressors (31 min.)
03-04 - Power Calculation ,Performance Curve (Wheel Map) in Gas Compressors (23 min.)
03-05 - Real Examples of Process Design & Compressor Evaluation ()
03-06 - Impact of Ambient Condition on the Performance of Gas Compressors (17 min.)
03-07 - Fuel Calculation & Flow Optimization on Line Compressors (11 min.)
03-08 - Practical Examples on the Function/Operation of Gas Compressors (9 min.)
03-09 - Calculation of power In Reciprocating Compressors (3 min.)

Chapter 4 - Gas Coolers

04-01 - Function of Gas Coolers on Gas Transmission Lines (19 min.)
04-02 - Cooler Heat Transfer Equations (12 min.)
04-03 - Removal of Heat from Hot Gases in Aerial Coolers, Governing Heat Transfer Equations ()
04-04 - Components of a Bay of Gas Cooling ()
04-05 - Economics of Gas Coolers, Modelling & Evaluation for the Installation on Gas Transmission Lines ()

Gas Transmission, Compression and Cooling / Chapter 1 - Gas Composition & Gas Quality

Lesson 01-01 - Course Introduction

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Transcript

Hello, everyone. Welcome to the course. The name of the course is gas transmission, Compression and Cooling. And before I go through the course, I give you some information about myself. I have over 44 years of technical, industrial, operational and research experience in oil and gas industry. I have taught many engineering, especially gas engineering courses in different universities, and trained a large number of professionals in major oil and gas companies throughout the world. I received my BSc from Aberdeen Institute of Technology in Iran and my Masters and PhD from the University of Manchester and Cambridge in England, all in chemical engineering. I also spent two years at the University of Calgary, Calgary, Canada as a visiting professor, and I trained a large number of professionals from different oil and gas companies in gas transmission and gas compression. I have worked with many engineering societies such as Asmir Pagar, IPC, Chem and Science and publish a large number of technical papers in prestigious tech technical journals. They published a book called Pipeline Design and Construction and Practical Approach with two of my colleagues in the year 2000. The revised third edition was published in 2007 by US MIT press. This book is taught at many universities and being used by professionals at different oil and gas pipeline companies. So I would like to talk about the course content and skills that the participants learn in this course. The first chapter is about the gas composition and gas quality, which talks about the composition of natural gas and gas transmission lines. Quality of gas. Sweet and sour gas. Laying dry. Natural gas. Gas. Molecular weight. Gas. Gravity. Volbeat. Index. Higher and lower heating values and then the skills to learn or improve. In this chapter I can talk improve the knowledge of the participants to better understand the API standards for the quality of natural gas in gas transmission lines, to learn the definition of the terms and some of the calculation methods. The next chapter talks about gas transmission flow of gas in large transmission lines, transient and a steady state condition. We talk about the gas flow equations, comparison on applications, and then impact of gas and pipe parameters on pipeline flow efficiency, pipeline looping, packing, drafting and many practical examples that I give you during that that chapter, we talk about pipeline codes for high pressure gas transmission lines and also pipeline cost of service optimization model and J curves with many application examples. The skills that the participant learn or improve in this chapter are to improve their skills, to enable the participants to design gas transmission lines. To learn how to improve the pipeline efficiency. To learn the impact of different pipe and gas parameters on the flow. To improve the knowledge of cost analysis in gas transmission lines. This chapter will be followed by the gas compression. The function of compressor station on long transmission lines. Why the add gas compression system on the gas transmission lines? An overview of different type of gas compressors. Thermodynamics of gas compression. Then we talk about head actual flow power compression ratio a speed thermal efficiency performance curve, which is very important for the designers and for the gas controllers or the Vilma, they call it Vilma. And the other stuff that is coming after that in gas compressors. They give lots of examples. Especially I give you real examples to demonstrate the process design and compressor evaluation for installation on large gas transmission lines Impact of ambient condition on the performance of gas compressors. Field calculation and flow optimization on line compressors. Practical examples to help the participants to better understand the function. Operation of gas compressor on large transmission lines and their skills to learn. To improve and improve. In this chapter VI gas compressor station are used. On gas transmission lines. The process design of gas compressor stations to learn the gas compressor wheel maps, and to better know about how it works. To learn of how compressor performance curves can help. Gas control department in moving gas in transmission lines. The next chapter is about the gas coolers because you have the transmission. Then it comes the gas compressor and then you have to add aerial or gas coolers. Function of gas coolers on gas transmission lines. An overview of aerial coolers under structures. Removal of heat from heat. Hot gases in aerial coolers governing heat transfer equations. Components of a bay of gas cooling. Economics of gas coolers. Modeling and evaluation for the installation on gas transmission lines. What you learned in this chapter is why gas coolers are added to transmission lines to learn or improve the knowledge of air cooled systems. To improve the knowledge of simulation softwares, learn about cost optimization and learn about operation of gas coolers. Thank you for joining me. In the next lesson we're going to talk about gas quality and gas composition.