Gas Processing Plant Operations

Gas Processing Plant Operations

1 Weeks
Professional Level
Certificate Included
Course Content

Available Events

Available Events
CityDatePriceStatus
AmsterdamNetherlands
October 9, 2026
€4,900
Confirmed date
Kuala LumpurMalaysia
November 20, 2026
€4,800
Confirmed date
OnlineOnline
December 31, 2026
€2,400
Confirmed date
TunisTunis
February 11, 2027
€4,400
Confirmed date
GenevaSwitzerland
March 25, 2027
€4,900
Confirmed date
LisbonPortugal
May 6, 2027
€4,800
Confirmed date

Course Information

Duration

1 Weeks

Category

Oil & Gas

Level

Professional Level

Certificate

Included

Introduction

Gas Processing Plant Operations is a strategic capability that directly shapes operational reliability, product quality, safety performance, and commercial uptime across the gas value chain. This course equips professionals to run and optimize processing facilities with disciplined operational control, clear decision accountability, and risk-informed judgment that leaders expect in high-consequence environments. Participants will connect process fundamentals to day-to-day plant execution, strengthen the ability to stabilize operations under changing feed conditions, and apply practical performance targets that can be measured and achieved within defined timeframes and constraints. The program addresses real operational challenges such as process upsets, equipment reliability, utility constraints, contamination risks, energy intensity, and emissions management, while also highlighting opportunities to improve profitability through yield optimization, loss reduction, and smarter operating envelopes. With a strong focus on leadership-ready operational thinking, the course builds the competence to translate plant data into actionable priorities, align cross-functional teams, and sustain consistent results through standardized routines, disciplined shift handover, and continuous improvement practices.

Course Objectives

  • Strengthen the ability to interpret process flow diagrams and operating envelopes to support safe, stable operations.
  • Apply start-up, shutdown, and changeover procedures to minimize downtime and reduce operational risk.
  • Diagnose common process upsets using symptoms, trends, and first-principles logic to restore stability faster.
  • Optimize separation and treating performance to improve product specifications and minimize losses.
  • Implement practical reliability-centered operating routines that reduce equipment trips and unplanned shutdowns.
  • Evaluate key operating KPIs (throughput, energy intensity, losses, availability) and act on gaps with structured actions.
  • Control utilities and energy systems to reduce cost while maintaining safe process margins.
  • Execute effective shift handover and communication practices to reduce operational errors and improve accountability.
  • Manage operational risk by recognizing deviations early and escalating decisions with clear criteria.

Target Audience

Operations and production supervisors, control room operators, field operators, process engineers, production engineers, maintenance and reliability engineers, rotating equipment specialists, HSE professionals supporting process safety, commissioning and start-up teams, plant performance and energy management staff, and managers responsible for operational excellence and facility integrity.

Benefits for the Organization

  • Reduced unplanned downtime through stronger operational discipline and upset response capability.

  • Improved safety performance by reinforcing process safety behaviors and deviation control.

  • Higher product quality consistency through better control of treating and separation.

  • Lower operating cost via energy efficiency and utilities optimization practices.

  • Stronger asset reliability through improved operator care and early-warning decision routines.

  • Better leadership alignment across shifts with standardized handover and KPI-driven execution.

Benefits for the Trainee

  • Greater confidence operating complex gas processing systems under variable conditions.

  • Faster, more accurate troubleshooting skills for process and equipment upsets.

  • Clear understanding of plant KPIs and how to drive measurable improvements.

  • Practical capability to support start-ups, shutdowns, and operating envelope changes.

  • Stronger communication and shift handover habits that reduce errors and rework.

  • Career-relevant competence in safe, efficient, and reliable plant operations.

Course Outline

Day 1 – Gas Processing Fundamentals and Operational Readiness

  • Gas processing value chain, plant objectives, and operating philosophy
  • Process flow understanding: major units, streams, and interfaces
  • Fundamentals of separation and phase behavior relevant to operations
  • Plant operating envelopes, constraints, and safe margin management
  • Operating procedures, permits, and disciplined control of deviations
  • Shift routines, logbook standards, and high-quality handover practices
  • Critical alarms, abnormal indicators, and early escalation criteria

Day 2 – Separation, Treating, and Product Quality Control

  • Inlet facilities and slug handling: operational risks and controls
  • Separation train performance: level control, foaming, carryover, and losses
  • Dehydration operations: common technologies, risks, and performance checks
  • Gas sweetening basics: operational indicators, quality targets, and stability
  • Hydrocarbon dew point control concepts and operating implications
  • Sampling, specifications, and preventing off-spec production events
  • Practical actions to reduce flaring, venting, and recoverable losses

Day 3 – Compression, Utilities, and Energy Optimization

  • Compression systems: operating modes, surge awareness, and stability controls
  • Rotating equipment basics for operators: protection systems and trip prevention
  • Utility systems overview: power, instrument air, nitrogen, and cooling systems
  • Heat exchange and temperature control: fouling indicators and corrective actions
  • Energy intensity drivers and practical optimization levers for operations
  • Control room decision-making using trends, constraints, and operating limits
  • Managing utility constraints during peak demand and abnormal conditions

Day 4 – Start-Up, Shutdown, Upsets, and Emergency Response

  • Start-up readiness: line-up verification, isolation control, and checklist discipline
  • Controlled shutdowns and safe isolation to protect equipment and people
  • Upset management: root-cause logic, stabilization priorities, and recovery sequencing
  • Common upset scenarios: contamination, hydrate risk, foaming, carryover, and icing
  • Loss of utilities response: power failure, instrument air loss, cooling failure
  • Process safety essentials: barriers, critical controls, and deviation escalation
  • Emergency response interface: communication roles and decision thresholds

Day 5 – Reliability, Integrity, Performance Management, and Leadership

  • Operator care and frontline reliability practices that prevent failures
  • Equipment health monitoring basics: vibration, temperature, pressure, and lube indicators
  • Integrity awareness: corrosion risk indicators and operational mitigations
  • KPI system: throughput, availability, energy, losses, and quality compliance
  • Performance improvement plan: defining actions, owners, timelines, and evidence of closure
  • Human factors in operations: error traps, fatigue, and communication discipline
  • Leadership in operations: accountability routines, coaching, and sustaining standards

Course Duration

Duration: 1 Weeks

Duration: 5 days
Format: Classroom / Online / Blended

Instructor Information

“The training will be delivered by a team of experts specialized in negotiation and professional relationships. They have extensive practical experience in managing complex negotiations, as well as a strong record in delivering leadership and management development programs.”

Conclusion

This course positions plant professionals to deliver safer, steadier, and more profitable gas processing operations by combining technical operational excellence with leadership-grade execution discipline. By strengthening troubleshooting capability, operating envelope control, reliability behaviors, and KPI-driven decision-making, participants will be prepared to reduce avoidable losses, protect asset integrity, and maintain product quality under real operational pressures. The result is an operations team that acts earlier, communicates clearer, and sustains performance with measurable outcomes that leaders can trust and scale across shifts and facilities.

Gas Processing Plant Operations

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