Course Objectives:

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

1. Understand Refining Process Yields
• Learn key yield-related concepts in refining, including conversion, selectivity, and recovery.
2. Optimize Distillation and Cracking Yields
• Improve distillation column efficiency and cracking processes to maximize yields.
3. Optimize Catalytic Processes for Yield Maximization
• Learn how catalysts affect yields and how to optimize catalyst performance in hydrocracking and catalytic reforming.
4. Integrate Refining Units for Efficient Yield Optimization
• Understand the interaction of refining units and how to optimize them for maximum yield output.
5. Monitor, Troubleshoot, and Improve Yields
• Use monitoring tools and real-time data to troubleshoot and improve yield optimization in refining processes.

Who Should Attend:

This course is ideal for professionals involved in refinery operations and optimization, including:

1. Process Engineers: Engineers involved in the design, optimization, and operation of refinery processes.
2. Refining Operators: Operators responsible for day-to-day refinery operations and yield management.
3. Plant Managers: Managers overseeing refining processes who want to improve product yield and operational efficiency.
4. Catalyst Technicians: Technicians who work with catalytic processes in refineries and need to optimize catalyst performance.
5. Energy Managers: Individuals focused on energy optimization in refinery operations.
6. Chemical Engineers: Engineers working in refining or petrochemical industries, looking to deepen their knowledge of process optimization.
7. Students and Graduates: Those interested in pursuing a career in refining or chemical engineering.