Natural Gas Processing, Conditioning & Treatment Technologies

Course Overview

Learning Objectives

• Analyze raw natural gas composition, physical properties, phase behavior, contaminants, and product specifications to determine appropriate processing and conditioning requirements.
• Evaluate the complete natural gas treatment sequence from inlet separation through sweetening, dehydration, contaminant removal, dew-point control, NGL recovery, and final gas conditioning.
• Apply gas sweetening principles to assess amine absorption and regeneration systems and identify factors affecting acid gas removal performance.
• Evaluate dehydration technologies including glycol absorption and molecular-sieve adsorption according to water specifications and downstream processing requirements.
• Assess hydrate-formation risks and apply appropriate prevention and control strategies based on operating conditions.
• Analyze hydrocarbon dew-point control and NGL recovery processes using refrigeration, expansion, low-temperature separation, and related processing technologies.
• Evaluate contaminant-removal technologies for mercury, solids, liquids, and other components that may affect equipment integrity or downstream operations.
• Improve troubleshooting capabilities by identifying the causes of foaming, corrosion, solvent degradation, liquid carryover, poor regeneration, contamination, and off-specification gas.
• Assess process-control strategies and key operating parameters affecting gas-treatment efficiency, stability, capacity, and product quality.
• Strengthen process-safety practices by evaluating hazards associated with high-pressure gas, hydrogen sulfide, process chemicals, hydrocarbons, and treatment equipment.
• Evaluate opportunities to improve energy efficiency, chemical consumption, equipment utilization, and overall gas-processing performance.
• Develop an integrated optimization plan for a representative natural gas conditioning and treatment facility by the end of the course.

Who Should Attend

Learning Outcomes

• By the end of the course, participants will be able to:
• Interpret natural gas composition and determine how water, acid gases, heavy hydrocarbons, mercury, solids, and other contaminants influence treatment requirements.
• Explain the complete process flow of a natural gas processing and conditioning facility and identify the function of each major treatment stage.
• Evaluate inlet separation and feed-conditioning systems and identify conditions that may affect downstream equipment.
• Assess amine sweetening-system performance and diagnose common absorption, regeneration, foaming, corrosion, and solvent-management problems.
• Evaluate glycol and molecular-sieve dehydration systems and determine factors responsible for excessive water content or poor dehydration performance.
• Identify hydrate-formation conditions and select appropriate operational, thermal, mechanical, or chemical mitigation approaches.
• Assess hydrocarbon dew-point control, NGL recovery, condensate stabilization, and fractionation processes.
• Diagnose contaminant-removal and gas-quality problems using process conditions, operating trends, equipment information, and product specifications.
• Evaluate process-control performance and recognize abnormal conditions affecting pressure, temperature, flow, level, composition, and treatment efficiency.
• Identify major process-safety hazards associated with natural gas treatment and recognize the safeguards required for safe operation.
• Develop practical recommendations to improve chemical utilization, energy efficiency, equipment reliability, plant capacity, and product quality.
• Prepare an integrated gas-treatment optimization strategy based on feed conditions, process performance, operational constraints, and required gas specifications.

Course Outline