Practical Computer Simulation Applications in Gas Processing- G-5

This full 5-day course covers sweet gas processing and NGL extraction, using a commercial simulator to perform calculations. A basic working knowledge of the commercial process simulation package used (generally UNISIM) is suggested to achieve the course learning objectives. Volumes 1 and 2 of the John M. Campbell textbooks, Gas Conditioning and Processing, are the basis for the material presented, coupled with a 'red thread' comprehensive exercise based on a typical gas processing facility (can be applied to onshore or offshore facilities). The exercise is developed in stages as the material is covered. Participants will develop a comprehensive process simulation that includes a dew point control process, a mechanical refrigeration process with economizers, hydrate inhibition using MEG, and NGL liquid product stabilization with recycle.

NOTE: The individual exercises include condensed gas processing fundamentals drawn from the internationally famous Campbell Gas Books Vols. 1 & 2.

"Liked practical exercises and the quizzes." - Operations Engineer - Facilities, Canada

"The professor, very knowledgeable and able to answer every questions posed. Also very energetic. The organization overall was quite great." - Process Engineer, United States

Target Audience

Engineers that require practical in-depth training on natural gas processing and NGL recovery processes, with emphasis on the use and benefits of a simulation package.

You Will Learn

• To determine the water content and hydrate formation conditions for gas streams using both a commercial process simulator and hand calculation methods
• Techniques to inhibit hydrate formation, including injection of equilibrium inhibitors such as methanol and MEG
• Preliminary design and evaluation of TEG dehydration processes using quick hand calculations
• Process design used to control the hydrocarbon dew point of sales gas streams by removing NGLs using mechanical refrigeration processes
• Various techniques to optimize mechanical refrigeration systems
• How to use the process simulator to evaluate the impact that pressure and temperature changes have on the sizing of process equipment and levels of NGL recovery
• How to use short-cut distillation calculations to provide input to rigorous distillation simulations in order to obtain faster convergence
• Which thermodynamic property correlations are appropriate for various gas processing systems
• Limitations associated with commercial simulation packages and how the results can be quickly checked for relative accuracy

Course Content

• Physical properties of hydrocarbons
• Qualitative phase behavior
• Vapor-liquid equilibrium
• Water-hydrocarbon equilibrium
• Basic thermodynamic concepts
• Separation equipment
• Heat transfer
• Pumps
• Compressors
• Refrigeration
• Fractionation/distillation
• Glycol dehydration
• Adsorption dehydration

Product Details