4JAN
4 - 8 Jan 2027Mon to Fri · 5 days
AmsterdamNetherlands · Classroom
£3,800per delegate2+ people: £3,040 each
Professional training course · OG-021
Efficient Gas Processing and Conditioning for Field Engineers
Efficient gas processing is essential for ensuring product quality, operational reliability, regulatory compliance, and safe field operations. This course equips…
- 5 daysClassroom
- 12Upcoming dates
- 7Cities
- £2,800Fees from
Course overview
Why Attend
Efficient gas processing is essential for ensuring product quality, operational reliability, regulatory compliance, and safe field operations. This course equips participants with the knowledge and practical skills required to understand natural gas processing systems, gas conditioning technologies, separation processes, dehydration, sweetening, troubleshooting, and operational best practices for modern gas processing facilities.
Course Methodology
The course combines technical presentations, process simulations, engineering calculations, case studies, practical workshops, troubleshooting exercises, and real-world gas processing scenarios to strengthen participants' operational and technical capabilities.
Course Objectives
By the end of this course, participants will be able to:
- Understand the principles of natural gas processing and conditioning
- Operate and optimize gas separation and treatment systems
- Apply gas dehydration and sweetening technologies effectively
- Identify and resolve common operational challenges in gas processing plants
- Improve plant efficiency, reliability, and product quality
- Apply safety, environmental, and risk management principles in gas facilities
- Strengthen troubleshooting and operational decision-making skills
Target Audience
- Field engineers
- Process engineers
- Production engineers
- Operations supervisors
- Gas plant operators
- Maintenance engineers
- Oil and gas professionals involved in gas processing facilities
Target Competencies
- Natural gas processing
- Gas conditioning systems
- Process optimization
- Gas dehydration and sweetening
- Process troubleshooting
- Operational safety
- Plant performance monitoring
- Engineering problem-solving
Course outline
-
1Day 1: Fundamentals of Natural Gas Processing
- Understanding natural gas production, processing, and field operations
- Reviewing the physical and chemical properties of natural gas
- Understanding gas production systems and multiphase flow behavior
- Identifying common gas contaminants and their operational impacts
- Evaluating gas quality specifications, heating value, and commercial requirements
- Reviewing natural gas liquids, liquefied petroleum gas, and gas-to-liquids processes
- Understanding plant startup procedures and operating conditions under normal and abnormal scenarios
-
2Day 2: Gas Separation Systems and Process Instrumentation
- Understanding the principles of gas-liquid separation in processing facilities
- Reviewing separator configurations and selection criteria for field applications
- Evaluating key operating parameters affecting separator performance
- Understanding instrumentation, control systems, and process monitoring techniques
- Applying control valves, actuators, and measurement systems in gas processing operations
- Integrating automation and process control into daily plant operations
- Planning safe startup, shutdown, and operational activities
-
3Day 3: Gas Contaminant Management and Hydrate Prevention
- Understanding mercury contamination sources and operational risks
- Reviewing technologies for mercury removal and process protection
- Understanding hydrate formation mechanisms and operating conditions
- Applying hydrate prevention and mitigation strategies during gas processing
- Estimating water content and controlling hydrocarbon dew points
- Reviewing the principles and applications of gas dehydration technologies
-
4Day 4: Gas Dehydration and Natural Gas Liquids Recovery
- Understanding glycol dehydration processes and system operation
- Reviewing the function of major dehydration equipment and process flow arrangements
- Identifying operating conditions that affect dehydration performance and efficiency
- Troubleshooting common operational problems within glycol dehydration units
- Understanding heavy hydrocarbon recovery and refrigeration processes
- Reviewing condensate stabilization techniques and cryogenic processing fundamentals
- Understanding natural gas liquids recovery and product optimization strategies
-
5Day 5: Gas Sweetening, Troubleshooting, and Operational Excellence
- Understanding acid gas removal principles and gas quality requirements
- Reviewing amine treating systems, membrane technologies, and gas sweetening processes
- Applying structured troubleshooting techniques to gas processing operations
- Managing abnormal operating conditions and process upsets effectively
- Understanding operational risk management within gas processing facilities
- Evaluating the impact of maintenance activities on plant reliability and performance
- Applying environmental protection, process safety, and quality management principles
- Final workshop: Integrated gas processing case studies, troubleshooting exercises, and operational best practices
Schedule
Dates and fees
12 upcoming dates in 7 cities. Fees are per delegate; bring colleagues and every seat is discounted.
January 2027
AmsterdamNetherlands · Classroom
February 2027
1FEB
1 - 5 Feb 2027Mon to Fri · 5 days
LondonUnited Kingdom · Classroom
£4,200per delegate2+ people: £3,360 each
March 2027
1MAR
1 - 5 Mar 2027Mon to Fri · 5 days
IstanbulTurkey · Classroom
£2,800per delegate2+ people: £2,240 each
April 2027
5APR
5 - 9 Apr 2027Mon to Fri · 5 days
ViennaAustria · Classroom
£4,500per delegate2+ people: £3,600 each
May 2027
3MAY
3 - 7 May 2027Mon to Fri · 5 days
BarcelonaSpain · Classroom
£3,200per delegate2+ people: £2,560 each
June 2027
7JUN
7 - 11 Jun 2027Mon to Fri · 5 days
ParisFrance · Classroom
£4,500per delegate2+ people: £3,600 each
July 2027
5JUL
5 - 9 Jul 2027Mon to Fri · 5 days
FrankfurtGermany · Classroom
£3,400per delegate2+ people: £2,720 each
August 2027
2AUG
2 - 6 Aug 2027Mon to Fri · 5 days
BarcelonaSpain · Classroom
£3,200per delegate2+ people: £2,560 each
September 2027
6SEP
6 - 10 Sep 2027Mon to Fri · 5 days
AmsterdamNetherlands · Classroom
£4,200per delegate2+ people: £3,360 each
October 2027
4OCT
4 - 8 Oct 2027Mon to Fri · 5 days
LondonUnited Kingdom · Classroom
£4,200per delegate2+ people: £3,360 each
November 2027
1NOV
1 - 5 Nov 2027Mon to Fri · 5 days
IstanbulTurkey · Classroom
£3,500per delegate2+ people: £2,800 each
December 2027
6DEC
6 - 10 Dec 2027Mon to Fri · 5 days
ViennaAustria · Classroom
£4,900per delegate2+ people: £3,920 each
No dates in this city right now. Request a quotation and we will suggest the nearest date.
Questions
Frequently asked questions
How long is the Efficient Gas Processing and Conditioning for Field Engineers course?
The course runs over 5 days of classroom training, usually Monday to Friday.
When is the next Efficient Gas Processing and Conditioning for Field Engineers course?
The next public date is 4 - 8 Jan 2027 in Amsterdam. There are 12 upcoming dates in total.
Where is this course held?
Upcoming sessions run in Amsterdam, London, Istanbul, Vienna, Barcelona, Paris, Frankfurt.
How much does the course cost?
Fees start from £2,800 per delegate, depending on the city. Fees include tuition and course materials.
Do participants receive a certificate?
Yes. Delegates who complete the course receive a London Leadership Management Innovation certificate of completion.
Can this course be delivered in-house for our team?
Yes. LLMI can tailor and deliver this course privately for your organisation at your premises or in one of our training cities.
Course information last updated 14 November 2026.
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