Having successfully completed this course, the student will be able to:

1- Differentiate between different types of natural gas and calculate physical properties of natural gas and associated gas. 

2- Differentiate between all types of gas reservoirs and identify the characteristics and conditions for each type as well as calculate gas reserve in each type.

3- Design gas well testing and analyze recorded data of pressure-flow rate for interpreting initial reservoir pressure and expected skin factor as well as reservoir permeability.

4- Analyze different types of gas reservoir deliverability tests and predict current and future reservoir performance Design wellbore, chock, and horizontal flow lines performance relationships and determine the optimum operating conditions for the production systems. 

5- Analyze decline rate data for predicting future gas reservoir deliverability using different techniques of decline rate analysis (DCA).

6- Identify different types of gas flow meters and apply mathematical models to calculate gas flow rates.

7- Design pipe line networks and gathering stations and apply mathematical models for the optimum operating conditions at surface facilities.