An intensive professional development training course on
Catalytic Cracking and Reforming Technologies in Refineries
Maximizing Product Yield and Quality through Advanced Conversion Processes
Why Choose Catalytic Cracking and Reforming Technologies in Refineries Training Course?
In modern petroleum refineries, catalytic cracking and reforming units play a pivotal role in converting low-value feedstocks into high-value transportation fuels and petrochemical intermediates. As global demand increases for cleaner, higher-octane gasoline and more efficient processing, engineers must master the science and technology behind these critical conversion processes. This Catalytic Cracking and Reforming Technologies in Refineries training course explores the design, operation, and optimization of Fluid Catalytic Cracking (FCC) and catalytic reforming units. Participants will examine catalyst behavior, reaction mechanisms, process variables, and emissions control strategies. Real-world case studies will highlight common operational issues and how to address them through process tuning, catalyst management, and energy integration.
What are the Goals?
By the end of this training course, participants will be able to:
- Understand the principles of catalytic cracking and reforming reactions
- Operate and troubleshoot FCC and reforming units effectively
- Manage catalyst selection, regeneration, and deactivation issues
- Optimize process conditions to improve yield and energy efficiency
- Implement environmental and safety controls in catalytic processes
The Course Content
- Overview of refinery conversion processes
- Purpose and role of FCC and reforming in refining
- Feedstock characterization and properties
- Reaction mechanisms and product distribution
- FCC unit configuration and operation
- Catalyst selection and fluidization behavior
- Reactor-regenerator design and temperature control
- Yield optimization and coke management
- Reforming reactor types (semi-regenerative, continuous, cyclic)
- Catalyst types and performance characteristics
- Reforming chemistry: dehydrogenation, isomerization, cyclization
- Hydrogen production and recovery systems
- Process instrumentation and control strategies
- Managing pressure, temperature, and feed fluctuations
- Common operating problems and root cause analysis
- Safety systems and flare gas handling
- Energy integration and efficiency improvements
- Emission controls and environmental compliance
- Catalyst life cycle management
- Case studies: operational improvements in FCC and reforming units
Certificate and Accreditation
- AZTech Certificate of Completion for delegates who attend and complete the training course
How Aztech Saudi Can Enhance Your Professional Career
At Aztech Saudi, we believe that professional development is the foundation of long-term career success. This training course is expertly designed to equip individuals with practical skills, forward-thinking strategies, and the confidence to navigate today’s dynamic work environments. Each course is delivered by subject matter specialists with extensive industry experience, ensuring that every learning experience is relevant, impactful, and aligned with real-world challenges. Whether you're looking to strengthen your technical expertise, enhance leadership abilities, or stay ahead of industry trends, Aztech Saudi provides the tools you need to elevate your performance and deliver measurable value to your organization.
Our training is more than just knowledge transfer—it’s a catalyst for career transformation. By participating in our courses, professionals gain a competitive advantage in their fields, improve their decision-making capabilities, and position themselves for new opportunities and leadership roles. We take pride in supporting individuals across various sectors and career stages, helping them unlock their full potential through high-quality, globally benchmarked learning experiences. With Aztech Saudi as your development partner, you’re not only investing in education—you're investing in a stronger, more successful future.
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