Advanced Refinery Plant Troubleshooting and Engineering Solutions Training Course

Advanced Refinery Plant Troubleshooting and Engineering Solutions Training Course

Course Category : Oil & Gas Management

This advanced programme equips refinery professionals with the skills to diagnose complex operational issues, implement engineering solutions, and optimise refinery systems through high-level troubleshooting methodologies and performance improvement strategies.
Duration: 5 Days
Level: Advanced.

Starts On

7 - December - 2026

Ends On

11 - December - 2026

Location

United Kingdom (UK) - London

Language

English

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View Course Introductory PDF

Targeted Audience

Refinery process engineers.
Maintenance engineers.
Process control specialists.
Operations and production managers.
Technical support and engineering teams.
Maintenance supervisors.
Safety and quality assurance engineers.
Engineering consultants.
Troubleshooting teams.
Reliability and optimisation engineers.

Targeted Skills

Advanced troubleshooting of refinery systems.
Process analysis and bottleneck identification.
Engineering-based problem solving.
Process control and optimisation techniques.
Failure diagnosis and root-cause analysis.

Expected Outcomes

Apply advanced troubleshooting methodologies for refinery systems.
Analyse processes to accurately identify operational issues.
Implement engineering solutions that enhance plant performance.
Use analytical tools to assess operational data.
Conduct structured root-cause analysis.
Strengthen process control and operational optimisation.
Develop preventive maintenance strategies.
Develop preventive maintenance strategies.
Minimise unplanned shutdowns through proactive solutions.
Improve engineering decision-making in complex environments.

Training Topics Index

Advanced troubleshooting methodologies.
Diagnosing complex equipment and process issues.
Diagnostic tools and technologies.
Analysing diagnostic data.
Systematic troubleshooting frameworks.

Advanced process analysis methods.
Performance assessment and bottleneck identification.
Use of simulation and modelling tools.
Techniques for improving process reliability.
Evaluating the impact of operational changes.

Common refinery equipment failure types.
Diagnostic techniques and tools.
Root-cause analysis procedures.
Preventive and predictive maintenance planning.
Enhancing equipment performance and reliability.

Fundamentals of engineering solutions in refinery systems.
Design and implementation of advanced control strategies.
Evaluating control system performance.
Integrating engineering solutions with existing processes.
Troubleshooting control system failures.

Safety and regulatory compliance essentials.
Monitoring performance metrics.
Integrating safety into troubleshooting.
Developing safety improvement strategies.
Continuous monitoring and compliance validation.