Course Details
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Course Description
Throughout this course, sessions will provide opportunities for the trainees to get familiar with the fundamentals and practical aspects of natural gas processing, gas sweetening and sulphur recovery. In particular, the course will focus on natural gas dehydration, sweetening and removal of heavy metals and other impurities. Further, the course will acquaint the trainees intensely with the most recent technologies applied in the field of natural gas processing through delivering real life case studies.
The Training Course Will Highlight ?
Training Objective
▪ Composition and specifications related to natural gas processing physical properties.
▪ Basic gas calculations
▪ Gas processing systems
▪ Physical properties of hydrocarbons
▪ Qualitative phase behavior
▪ Vapor-liquid equilibrium
▪ Understanding Principles of Gas Dehydration
▪ Understanding Hydrate Formation.
▪ Factors Promoting Hydrate Formation
▪ Procedures and Resources for Determining Hydrate-Formation
▪ Temperature Control Methods and Equipment Used To Inhibit Hydrate Formation in a
Natural Gas Stream
▪ Methanol Injection Rate Required Inhibiting Hydrate Formation in a Natural Gas Stream
▪ Glycol Dehydration System Components
▪ Optimizing and Troubleshooting Dehydrator Operations
▪ Solid Desiccant Dehydration
▪ Optimizing Adsorption-Type Dehydrators
▪ Hydrate Inhibitor Injection technology
▪ Natural gas acid gas removal & Gas sweetening basics
▪ Natural gas sweetening processes operation , equipment and troubleshooting
▪ Amine System Description
▪ Operational Issues of Amine Sweetening System
▪ Troubleshooting guide
▪ Process simulations and calculations
▪ Cases study
Target Audience
▪ Process and production Engineers, Senior Operators, and Operators who are working in Oil Production, gas processing and Facilities and Oil Refineries. Petrochemicals and chemicals plants
▪ Maintenance engineers and staff who interesting the gas processing and equipments startup ,shutdown and troubleshooting
Training Methods
This interactive Training will be highly interactive, with opportunities to advance your opinions and ideas and will include:
▪ Lectures
▪ Workshop & Work Presentation
▪ Case Studies and Practical Exercise
▪ Videos and General Discussions
▪ will be supported by OTS simulator and the 3D simulator
Daily Agenda
▪ Understanding Principles of Gas Dehydration
▪ Water Content of Gases
▪ Understanding Hydrate Formation.
▪ Factors Promoting Hydrate Formation
▪ Procedures and Resources for Determining Hydrate-Formation
▪ Temperatures of Sweet and Sour Gas Streams
▪ Temperature Control Methods and Equipment Used To Inhibit Hydrate Formation in a Natural Gas Stream
▪ Methanol Injection Rate Required Inhibiting Hydrate Formation in a Natural Gas Stream
▪ Glycol Dehydration
▪ Describing the Glycol Dehydration Process
▪ Glycol Dehydration System Components
▪ Process/Design Variables
▪ Optimizing and Troubleshooting Dehydrator Operations
▪ Solid Desiccant Dehydration
▪ Glycol & methanol injection technology
▪ Adsorption Calculations
▪ Process Flow and the function of the major components of Solid
▪ Desiccant Dehydrator and Function of Major Components of Solid Desiccant Dehydrators
▪ Gas sweetening basics
▪ Alkanolamine gas treatment basics
▪ Alkanolamine gas treating chemistry
▪ Alkanolamine processes-Strengths & Weakness/Solvent selection
▪ Amine System Description
▪ Operational Issues of Amine Sweetening System
▪ Troubleshooting guide
▪ Process simulations and calculations
▪ Cases study
Accreditation
BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration
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