By the end of the course, participants will be able to:

1. Recognize the significance of the hydroisomerization unit within the overall

refinery process.

2. Describe the C5–C6 isomerization process and the chemical reactions involved.

3. Interpret the Process Flow Diagram (PFD) and identify key equipment and process

streams.

4. Explain the operation and impact of gas and liquid dryers, reactors, and other

auxiliary equipment.

5. Recognize catalyst types, poisons, and deactivation mechanisms.

6. Monitor and control process variables for optimal unit performance.

7. Conduct start-up and shutdown activities following standard operating procedures.

8. Troubleshoot operational problems and implement corrective actions effectively.

9 . Apply knowledge to client-specific unit operations, considering design and operational nuances.

• Lectures
• Workshop & Work Presentation
• Case Studies and Practical Exercise
• Videos and General Discussions

Day 1 – Introduction and Process Fundamentals

• Course overview and objectives

• Overview of hydroisomerization and its role in refinery schemes

• C5–C6 isomerization chemistry and reaction mechanisms

• Process significance for octane improvement and product quality

• Introduction to unit layout and key equipment overview

• Discussion: Client-specific unit characteristics

Day 2 – Process Flow Diagram (PFD) and Equipment

• Detailed walkthrough of the Process Flow Diagram (PFD)

• Overview of major equipment: reactors, dryers, heat exchangers, separators, and

compressors

• Operational principles of reactors and auxiliary systems

• Gas and liquid dryers: operation, maintenance, and impact on performance

• Instrumentation and control systems overview

• Group exercise: Identifying process streams and critical equipment on PFD

Day 3 – Catalysts and Process Variables

• Catalyst types used in hydroisomerization units

• Catalyst poisons, deactivation, and regeneration considerations

• Process variables and their impact on reaction performance (temperature, pressure,

flow, H2/oil ratio)

• Monitoring and interpreting performance indicators

• Case study: Operational effects of variable fluctuations

• Practical discussion: Adjusting conditions for optimal yield

Day 4 – Start-up, Shutdown, and Operational Optimization

• Start-up procedures and pre-commissioning checks

• Shutdown procedures and safe handling of catalysts

• Operational troubleshooting techniques and systematic approaches

• Performance optimization and efficiency improvement strategies

• Group workshop: Simulated start-up and shutdown scenarios

• Safety considerations and best practices

Day 5 – Troubleshooting and Case Studies

• Common operational problems in hydroisomerization units

• Root cause analysis and corrective actions

• Troubleshooting auxiliary equipment and process interlocks

• Integration of monitoring, control, and operational data for decision-making

• Client-specific troubleshooting examples and lessons learned

• Knowledge review, assessment, and participant feedback.

BTS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration

Request Info

Salutation MR Miss ENG DR

Full Name*

Designation

Company*

Country * Egypt Saudi Arabia Ireland UAE France Turkey Bahrain South Africa Nigeria Oman Nethersland United Kingdom Malaysia Kuwait Online Indonesia Qatar Morocco Jordan Switzerland Singapore Spain Italy Uganda

City * Cairo Mansoura Ireland Abu Dhabi Riyadh Dubai Istanbul Manama Abuja Paris Kuala-Lumpur Amsterdam Muscat Salalah Jeddah Dammam Cape Town London Kuwait Online Indonesia Doha Casablanca Marrakesh Singapore Geneva Zürich Amman Barcelona Rome Marbella Milan Uganda Scotland Madrid Jakarta Manchester

Email*

Enquiry*

Captcha*

Enter Captcha*

Submit