01-01 – Composition of Natural Gas in Gas Transmission Lines
01-02 – Quality of Gas, Sweet & Sour Gas, Lean Dry Natural Gas
01-03 – Gas Molecular Weight, Gas Gravity, Wobbe Index
01-04 – Higher & Lower Heating Values
02-01 – Flow of Gas in Large Transmission Lines (Transient & Steady State)
02-02 – Gas Flow Equations, Comparison, & Applications
02-03 – Impact of Gas & Pipe Parameters on Pipeline Flow Efficiency
02-04 – Pipeline Looping, Packing, Drafting, & Practical Examples
02-05 – Pipeline Codes for High Pressure Gas Transmission Lines
02-06 – Pipeline Cost of Service, Optimization Models, J-Curves
02-07 – Applications & Examples
03-01 – Function of Compressor Stations on Long Transmission Lines
03-02 – An Overview of Different Type of Gas Compressors
03-03 – Thermodynamics of Gas Compression
03-04 – Head, Actual Flow, Power, Compression Ratio, Speed, Thermal Efficiency, Performance Curve (Wheel Map), Etc., in Gas Compressors
03-05 – Real Examples to Demonstrate the Process Design & Compressor Evaluation for Installation on Large Gas Transmission Lines
03-06 – Impact of Ambient Condition on the Performance of Gas Compressors
03-07 – Fuel Calculation & Flow Optimization on Line Compressors
03-08 – Practical Examples to Help the Participants to Better Understand the Function/Operation of Gas Compressors on Large Transmission Lines
04-01 – Function of Gas Coolers on Gas Transmission Lines
04-02 – An Overview of Aerial Coolers and Their Structure
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
