Gas Processing & Dehydration
How produced gas is conditioned for sale and transport — hydrate prevention, TEG dehydration, sweetening, dew point control and compression — for operations personnel and self-directed learners.
53m
Total time
4
Competency levels
12
Lessons
What you'll learn
- Explain why produced gas must be conditioned before sale or transport, including hydrate, corrosion and sales-specification drivers
- Describe the conditions that cause hydrate formation and the main prevention methods: heating, chemical inhibition and dehydration
- Trace the TEG dehydration loop from contactor through regeneration and explain the role of each stage
- Recognise the purpose of amine sweetening units and the hazards of H2S and CO2 in sour gas
- Apply dew point control and compression fundamentals, including why interstage cooling and suction scrubbers matter
- Identify common gas-processing upsets — glycol foaming, carryover, off-spec gas — and respond appropriately
Curriculum
Progress through each competency level in order.
1
Awareness
- 2mWhy Gas Must Be ConditionedKnowledge
- 2mHydrates: Formation and PreventionKnowledge
- 7mAwareness Check: Gas ConditioningAssessment
2
Knowledge
- 3mTEG Dehydration: The Glycol LoopKnowledge
- 3mSweetening, Dew Point Control and CondensateKnowledge
- 8mKnowledge Check: Processing UnitsAssessment
3
Skill
- 3mCompression Basics: Cooling and ScrubbingKnowledge
- 3mTrace and Document a Dehydration TrainAssignment
- 8mSkill Check: Running the Gas TrainAssessment
4
Mastery
- 3mCommon Upsets and How to RespondKnowledge
- 3mLead an Upset Review or Response PlanAssignment
- 8mMastery Assessment: Gas Processing JudgementAssessment
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