Introduction

    The importance of training courses is not only limited to professional life, as most of us think but training courses aim to transfer knowledge and practical experiences that enrich the skills of individuals and enhance their self-confidence, which contributes to the preparation of cadres which in turn contributes to the development and progress of institutions. Therefore, Strategic Vision Training Center aims to enhance the skills and experiences of individuals through the strongest training programs to keep pace with every development in the labor market.

Objectives

• The various physical and chemical properties of natural gas components and industry
• Gain a working knowledge of many of the major processes including dehydration, acid gas removal (gas sweetening), hydrocarbon dew point control (HCDP control), LPG production, and NGL recovery and separation (fractionation)
• Review of the gas laws, calculations of natural gas properties,
• Inlet separation, condensate stabilization,
• Sweetening processes, dehydration processes (Glycol, M. Sieve, etc.),
• Refrigeration, LPG fractionation and gas sweetening processes,
• Unique design/operational features of gas processing plants that enable integration with diverse gas feed streams
• The design and selection criteria of key process equipment including separators, heat exchangers, pumps, compressors, valves and towers
• Some new and emerging technologies
• Safety, risk and hazard considerations

Who should attend?

• 1st Line Operations personnel,
• Operation Supervisors,
• 1st Line Maintenance personnel,
• Maintenance Supervisors,
• Senior Plant Supervisors,
• Operations Engineers
• Process Support Engineers,
• Design Engineers,
• Process and Production staff,
• , Managerial Staff,
• . Projects and Constructions Engineers

Course content:

• 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
• Water-hydrocarbon phase behavior
• Basic thermodynamic concepts
• General system energy changes and rate processes
• Gas separation
• Condensate Stabilization
• Sweetening processes and sulfur recovery
• Dehydration processes
• Refrigeration (propane refrigeration)
• LPG / LNG
• Computer Dynamic Simulation Laboratories
• The design and selection criteria of key process equipment including separators, heat exchangers, pumps, compressors, valves and towers