Oil & Gas Production Operations & Processes Training Course
- Duration
- 5 days
- CPD hours
- 15
- Language
- English
- Next date
- 19 Oct 2026
Overview
The Oil & Gas Production Operations & Processes Training Course by Institute For Oil & Gas Training develops the operational knowledge and practical capabilities required to manage oil and gas production operations safely, efficiently, and consistently across upstream assets. Designed for industry professionals, the course addresses the need for a clear understanding of production process fundamentals, equipment performance, process control, and the interaction between production facilities and field operations.
Oil and gas production environments depend on coordinated activities that transform hydrocarbons from reservoir fluids into saleable oil and gas streams. These activities involve well production, separation, treatment, compression, storage, metering, and transfer. Each stage requires effective coordination between operations personnel, production engineers, maintenance teams, process specialists, and asset management functions. A limited understanding of these interdependencies creates operational challenges, including unstable production, equipment bottlenecks, inefficient resource utilisation, and avoidable process interruptions.
The Oil & Gas Production Operations & Processes Training Course provides a structured understanding of how production systems operate, how process equipment interacts, and how operational decisions influence asset performance. Participants examine the complete production process, from wellhead operations and initial fluid handling to processing, measurement, and delivery. The programme connects technical principles with practical operating requirements, enabling participants to interpret process information, recognise operational deviations, and contribute to effective production management.
Upstream operations involve complex interactions between reservoir conditions, well performance, surface facilities, and export infrastructure. Variations in pressure, temperature, fluid composition, water production, and gas handling requirements affect operating conditions throughout the production system. Professionals who understand these relationships are better equipped to identify constraints, support troubleshooting, and communicate operational priorities across multidisciplinary teams.
Production facilities also require careful management of process equipment, operating parameters, instrumentation, and safety barriers. Separators, pumps, compressors, heat exchangers, control valves, storage systems, and metering equipment must function together to maintain stable production. Understanding their purpose, operating principles, and common performance limitations helps personnel recognise developing problems before they escalate into significant production losses or equipment failures.
Institute For Oil & Gas Training delivers this course for organisations seeking to strengthen operational competence across upstream production environments. The programme combines production process fundamentals with practical operating scenarios, equipment familiarisation, process monitoring, and operational risk awareness. It supports professionals working in field production, central processing facilities, production support, maintenance, engineering, and operations supervision.
The course also addresses the relationship between production targets and operational discipline. Meeting production objectives requires more than increasing throughput. Operators and technical personnel must understand equipment limitations, maintain appropriate operating conditions, respond effectively to abnormal situations, and coordinate work across operational boundaries. These capabilities contribute to more reliable production, improved asset utilisation, and consistent operational decision-making.
Participants develop a comprehensive view of oil and gas production operations, including the purpose of major equipment, the movement of fluids through production systems, the principles of process control, and the importance of safe operating practices. By the end of the programme, they will be better prepared to support production activities, interpret process conditions, recognise operational constraints, and contribute to continuous improvement initiatives.
Objectives
Explain the main stages of oil and gas production, from wellhead operations to processing, measurement, storage, and export.
Describe the characteristics of produced fluids and their influence on production system performance.
Interpret the purpose and basic operation of major production equipment and associated process systems.
Explain production process fundamentals, including pressure management, temperature control, flow behaviour, and fluid separation.
Identify the principal functions of upstream production facilities and the interfaces between wells, processing equipment, and export systems.
Interpret simplified process flow diagrams and recognise the sequence of operations within a production system.
Recognise common operating deviations affecting separators, pumps, compressors, heat exchangers, valves, and metering equipment.
Apply a structured approach to identifying production constraints and supporting operational troubleshooting.
Explain the role of instrumentation, control systems, and operating parameters in maintaining process stability.
Identify common operational hazards and explain the importance of process safety, equipment integrity, and established operating procedures.
Describe the importance of production measurement, data recording, and performance monitoring in operational decision-making.
Evaluate practical approaches to improving production reliability, equipment utilisation, and coordination between operational teams.
Strengthen communication between production operations, engineering, maintenance, and asset management personnel.
Contribute more effectively to operational reviews, production reporting, and continuous improvement activities.
Training methodology
Institute For Oil & Gas Training applies a practical, industry-focused methodology that connects production theory with the operating conditions encountered in oil and gas assets. The delivery approach emphasises equipment functionality, process interactions, operational judgement, and the application of technical knowledge to realistic production challenges.
The course uses the following learning methods:
- Technical presentations: Structured explanations introduce the fundamental principles of oil and gas production, including wellstream characteristics, fluid separation, gas compression, liquid handling, process monitoring, and production measurement. Participants establish a common technical understanding of the systems encountered across upstream operations.
- Production process case studies: Representative operating scenarios demonstrate how pressure variations, liquid carryover, excessive water production, compressor limitations, and process instability affect production performance. Participants examine contributing factors and identify appropriate operational responses.
- Process flow interpretation: Participants review simplified process flow diagrams and production system layouts to understand equipment arrangements, fluid movement, operating interfaces, and the relationship between individual process stages.
- Equipment-focused discussions: Facilitated sessions examine the operating principles and functions of separators, pumps, compressors, heat exchangers, control valves, storage tanks, and metering systems. The emphasis is on understanding equipment purpose, operating requirements, and common performance issues.
- Operational troubleshooting exercises: Participants work through scenarios involving abnormal pressure, temperature deviations, fluctuating flow rates, equipment restrictions, and process upsets. These exercises develop systematic problem identification and improve the ability to distinguish symptoms from potential underlying causes.
- Group exercises: Multidisciplinary discussions encourage participants to evaluate production problems from operational, maintenance, engineering, and safety perspectives. This approach strengthens communication and supports coordinated decision-making.
- Risk identification scenarios: Participants examine operational hazards associated with pressurised systems, hydrocarbon releases, rotating equipment, and process deviations. Discussions reinforce the importance of operating procedures, hazard awareness, escalation, and appropriate response arrangements.
- Performance improvement discussions: Participants consider practical opportunities to improve production stability, reduce avoidable downtime, strengthen equipment reliability, and improve the use of operating data.
This methodology suits experienced professionals and personnel developing their operational responsibilities because it links technical principles directly to workplace requirements. It encourages participants to apply the knowledge gained to production monitoring, field coordination, equipment assessment, and operational problem-solving within their organisations.
Organisational impact
Organisations operating in the oil and gas sector depend on production personnel who understand the interaction between wells, processing equipment, control systems, and supporting infrastructure. The knowledge developed through this course supports more consistent operational practices and stronger coordination across production teams.
Improved Production Stability
A stronger understanding of process behaviour enables personnel to recognise deviations in pressure, temperature, flow, and equipment performance. This improves the quality of initial assessments and supports timely escalation of developing operational issues. Consistent monitoring and better-informed responses help organisations protect production continuity and reduce avoidable interruptions.
More Effective Equipment Utilisation
Understanding the purpose and limitations of production equipment helps personnel identify operational restrictions and communicate equipment concerns more accurately. Improved awareness of separator performance, pump operation, compressor limitations, and control valve behaviour supports better coordination with maintenance and engineering teams.
Reduced Operational Disruption
Production interruptions frequently involve multiple interacting factors, including process instability, equipment faults, changing well conditions, and restrictions in downstream handling capacity. A structured understanding of the production system helps teams investigate these conditions systematically and identify appropriate corrective actions through established operating procedures.
Stronger Process Safety Awareness
Hydrocarbon production involves pressurised equipment, flammable fluids, rotating machinery, and process conditions that require disciplined control. The course reinforces hazard recognition, adherence to operating procedures, awareness of process safety barriers, and the importance of timely escalation. These capabilities support the organisation's broader process safety management arrangements.
Better Cross-Functional Coordination
Production performance depends on cooperation between operations, process engineering, maintenance, instrumentation, inspection, and management teams. A shared understanding of production terminology and equipment functionality improves communication, supports clearer handovers, and helps personnel explain operating issues with greater technical accuracy.
Improved Production Reporting
Reliable operational decisions require accurate information about flow rates, pressures, temperatures, equipment condition, and production interruptions. Participants develop a stronger appreciation of production data and its relationship to operating performance. This supports clearer reporting, more useful operational reviews, and better identification of recurring production constraints.
More Informed Operational Decisions
Understanding the complete production process helps personnel evaluate the implications of adjustments made at individual stages. Decisions involving separation, compression, pumping, and flow control require consideration of downstream effects and equipment limitations. The course strengthens the technical foundation for evaluating these relationships and escalating decisions that require specialist approval.
Support for Operational Efficiency Initiatives
Organisations benefit when personnel can identify opportunities to improve process stability, reduce unnecessary equipment stress, and minimise avoidable operating losses. The programme provides a foundation for contributing to production optimisation initiatives, equipment reliability reviews, and continuous improvement activities.
Stronger Operational Consistency
Common technical understanding helps standardise the way personnel interpret operating conditions and communicate production problems. This is particularly valuable for organisations with multiple wells, processing units, shifts, or geographically distributed assets. The resulting consistency supports effective supervision, structured knowledge transfer, and improved operational discipline.
Organisations can evaluate the effectiveness of training by monitoring relevant operational indicators before and after implementation. These include unplanned production interruptions, recurring equipment-related losses, process deviation frequency, reporting quality, troubleshooting response times, and completion of operational improvement actions. Actual results depend on baseline performance, operational conditions, equipment condition, and the implementation of workplace improvements.
Personal impact
Participants gain practical knowledge that strengthens their contribution to oil and gas production activities and improves their understanding of the technical systems supporting daily operations.
Broader Understanding of Production Systems
Participants develop a connected view of the production process rather than treating each item of equipment as an isolated component. This understanding improves their ability to explain how well conditions, surface processing, compression, pumping, and export requirements influence overall production performance.
Greater Confidence in Operational Monitoring
A stronger understanding of process parameters helps participants interpret operating information and recognise conditions that require investigation. They develop a clearer appreciation of the relationship between normal operating ranges, developing deviations, and established escalation procedures.
Improved Troubleshooting Capability
Participants strengthen their ability to approach operational problems systematically. They learn to consider possible causes, examine relevant operating information, distinguish observable symptoms from underlying issues, and communicate findings to the appropriate technical personnel.
Enhanced Equipment Knowledge
The course improves familiarity with the purpose and operating principles of common production equipment. This supports more productive discussions with maintenance technicians, engineers, and equipment specialists and improves the accuracy of operational observations.
Stronger Process Safety Awareness
Participants gain a clearer understanding of operational hazards, process deviations, equipment limitations, and the importance of following established safety procedures. They develop a more disciplined approach to recognising abnormal conditions and escalating concerns.
Improved Technical Communication
A common understanding of production terminology and process relationships enables participants to communicate more effectively during shift handovers, production meetings, troubleshooting discussions, and operational reviews.
Greater Contribution to Performance Improvement
Participants develop the ability to identify recurring operational difficulties and contribute useful observations to improvement initiatives. They gain a stronger foundation for supporting production reviews, reliability discussions, and efforts to improve equipment utilisation.
Increased Readiness for Operational Responsibility
The programme supports personnel preparing for broader responsibilities in field operations, production supervision, process support, and asset coordination. It provides a foundation for further technical development and practical experience within the organisation's operating procedures.
Transferable Industry Capability
The principles covered in the course apply across a range of upstream production environments, including onshore fields, offshore installations, and central processing facilities. Participants strengthen capabilities that remain relevant when moving between production teams, assets, and operational assignments.
Who should attend
This course is designed for professionals involved in oil and gas production, process operations, field supervision, engineering support, equipment maintenance, and asset performance management.
- Production Operators: Strengthen their understanding of process equipment, operating parameters, production monitoring, and routine operating requirements.
- Field Operators: Develop a clearer understanding of wellhead systems, production flow paths, surface equipment, and coordination with central processing facilities.
- Senior Operators and Lead Operators: Improve their ability to recognise process deviations, support troubleshooting, guide less experienced personnel, and communicate operational priorities.
- Production Supervisors: Strengthen their understanding of production constraints, operating discipline, equipment performance, and coordination across shifts and operational teams.
- Production Engineers: Connect engineering principles with field operating conditions and improve their understanding of equipment interactions and process limitations.
- Process Engineers: Develop a broader operational perspective on fluid handling, separation, compression, process control, and production system performance.
- Petroleum Engineers: Improve their understanding of the surface production systems that influence well performance, production handling, and asset operations.
- Facilities Engineers: Strengthen their knowledge of process equipment, production facility interfaces, operating requirements, and common system constraints.
- Maintenance Engineers and Supervisors: Improve their understanding of how equipment condition and process requirements influence production reliability and maintenance priorities.
- Mechanical Engineers and Technicians: Develop greater awareness of the role of pumps, compressors, rotating machinery, valves, and associated equipment in production operations.
- Instrumentation and Control Engineers: Strengthen their understanding of process variables, instrumentation functions, control loops, and operational responses to changing production conditions.
- Process Safety Professionals: Improve their understanding of production processes, common operating hazards, equipment interfaces, and the operational context of process safety controls.
- HSE Personnel: Develop a stronger appreciation of the production activities, equipment, and process conditions that shape operational risk assessments and safety discussions.
- Production Planning and Performance Analysts: Improve their understanding of the operational factors behind production losses, equipment constraints, and changes in production performance.
- Asset and Operations Managers: Strengthen their technical understanding of production activities to support informed reviews, resource allocation, performance discussions, and operational improvement decisions.
- Technical Support Personnel and New Entrants to Production Operations: Establish a structured foundation in production processes, equipment functions, operating terminology, and operational responsibilities.
The course is particularly relevant to personnel seeking to broaden their production knowledge, improve communication across technical disciplines, or prepare for increased responsibility within upstream operations.
Course outline
This module establishes the technical foundation for understanding oil and gas production operations and the movement of hydrocarbons from the wellhead through surface processing systems. Participants examine the characteristics of produced fluids, the principal stages of production, and the relationship between reservoir conditions, well performance, and surface facilities.
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ISO 20815
Establishes a recognised framework for production assurance and reliability management in the petroleum, petrochemical, and natural gas industries.
Addresses the systematic management of reliability and maintainability in support of production performance.
Provides a reference for understanding how equipment availability and production assurance contribute to asset objectives.
Learning Outcomes
Explain the main stages of upstream production operations.
Describe the characteristics of produced fluids and their influence on surface processing.
Identify the functions of wellheads, manifolds, flowlines, and gathering systems.
Explain the relationship between well conditions and production facility requirements.
Recognise the importance of production assurance and equipment availability.
This module focuses on the equipment and systems used to handle, separate, condition, and transfer produced hydrocarbons. Participants examine the operating principles of major production equipment and consider how equipment selection, configuration, and performance affect overall process stability.
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API Standard 12J
Addresses the design and construction of oil and gas production separators.
Provides recognised technical guidance relevant to separator applications and equipment requirements.
Supports understanding of separator functionality and its place within production facility design and operation.
Learning Outcomes
Identify the main equipment used in oil and gas production facilities.
Explain the operating functions of separators, pumps, compressors, and heat exchangers.
Describe the purpose of produced water handling and hydrocarbon transfer systems.
Recognise common equipment limitations that affect production performance.
Explain how individual equipment items interact within an integrated production process.
This module examines how operating parameters, instrumentation, control systems, and measurement arrangements support stable production. Participants develop an understanding of process monitoring and the role of accurate operational information in identifying deviations, maintaining operating conditions, and supporting production decisions.
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ISO 5167
Specifies methods for measuring fluid flow using differential-pressure devices installed in full circular conduits running full.
Covers recognised measurement arrangements such as orifice plates, nozzles, and Venturi tubes within the applicable parts of the standard.
Provides a technical reference for understanding flow measurement principles and the importance of correct measurement arrangements.
Learning Outcomes
Identify the principal operating parameters used to monitor production processes.
Explain the functions of common instrumentation and control components.
Describe the purpose of process control loops in maintaining operating stability.
Recognise the importance of reliable flow measurement and production data.
Interpret basic process trends and identify deviations requiring further investigation.
Explain how monitoring and measurement support production reporting and operational decisions.
This module develops a structured approach to identifying production problems and responding to abnormal operating conditions. Participants examine common process upsets, equipment-related difficulties, operational hazards, and the importance of following approved procedures when production conditions deviate from normal operating requirements.
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IEC 61511
Establishes requirements for safety instrumented systems used in the process industry sector.
Addresses the safety lifecycle for systems intended to achieve or maintain a safe process state.
Provides a recognised reference for understanding the role of safety instrumented functions in process risk reduction.
Learning Outcomes
Recognise common process deviations and equipment-related production problems.
Apply a structured approach to initial operational troubleshooting.
Explain the importance of alarms, emergency shutdown arrangements, and safety instrumented systems.
Identify common hazards associated with hydrocarbon production equipment and processes.
Describe the importance of approved procedures, escalation, and accurate incident reporting.
Communicate operational findings more effectively with maintenance, engineering, and safety personnel.
This module brings together the technical and operational principles covered throughout the course. Participants examine production performance indicators, equipment reliability, production losses, and improvement opportunities that support more effective asset management and consistent operating performance.
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ISO 14224
Establishes a standardised framework for collecting and exchanging reliability and maintenance data for equipment in the petroleum, petrochemical, and natural gas industries.
Supports consistent equipment classification and the structured recording of failures, maintenance activities, and related information.
Provides a recognised reference for reliability analysis, equipment performance reviews, and maintenance improvement initiatives.
Learning Outcomes
Explain the operational indicators used to assess production performance and equipment availability.
Identify common sources of production losses and recurring operating problems.
Describe the relationship between equipment reliability, maintenance activities, and production continuity.
Interpret basic production information to identify performance improvement opportunities.
Explain the value of standardised reliability and maintenance data.
Contribute to operational reviews and practical production improvement initiatives.
Apply an integrated understanding of equipment, process control, troubleshooting, safety, and production performance.
Certificate
Attendees who successfully complete the Oil & Gas Production Operations & Processes Training Course receive a Certificate of Completion from Institute For Oil & Gas Training.
The certificate recognises completion of the training programme and participation in its learning activities. Attendees must satisfy the course attendance requirement established by Institute For Oil & Gas Training to qualify for the certificate.
The Certificate of Completion confirms participation in the course. It does not represent a professional licence, statutory operating authorisation, or independent industry certification.
Course dates
Fees include tuition, course materials and refreshments. Need different dates or a different city? Ask about your preferred date.
Frequently asked questions
What does the Oil & Gas Production Operations & Processes Training Course cover?
The course covers the main stages of oil and gas production, including wellhead operations, production facilities, fluid separation, compression, pumping, process control, production measurement, troubleshooting, process safety, and operational performance improvement. It develops a practical understanding of how equipment and processes interact across upstream production systems.
Who should attend this oil and gas production training course?
The course is suitable for production operators, field operators, production supervisors, production engineers, process engineers, petroleum engineers, facilities engineers, maintenance personnel, instrumentation specialists, HSE professionals, and asset managers. It also supports technical personnel who require a broader understanding of upstream operations and production processes.
How is the course delivered?
Institute For Oil & Gas Training uses a practical, industry-focused approach that combines technical presentations, production case studies, process flow interpretation, equipment discussions, troubleshooting exercises, and group activities. The delivery connects production process fundamentals with realistic operating scenarios and encourages participants to apply the knowledge to their workplace responsibilities.
What are the main benefits of attending this course?
Participants strengthen their understanding of production equipment, process monitoring, operating conditions, and common production challenges. They improve their ability to recognise process deviations, contribute to troubleshooting, communicate technical findings, and identify opportunities to improve production stability, equipment utilisation, and operational efficiency.
Will participants receive a certificate, and what is the course duration?
Yes. Attendees who satisfy the attendance requirement receive a Certificate of Completion from Institute For Oil & Gas Training. The overall course duration is 15 to 20 hours. The programme combines the five modules into a structured training experience covering production fundamentals, facilities, process control, operational troubleshooting, and performance improvement.
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Oil & Gas Production Operations & Processes Training Course
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Next: 19 Oct 2026
4 dates available