INTRODUCTION

Refinery and petrochemical processing systems are at the core of downstream oil and gas operations, transforming crude oil and natural gas into valuable finished products such as fuels, lubricants, chemicals, plastics, and industrial feedstocks. These systems are essential for meeting global energy demand and supporting a wide range of industries including transportation, manufacturing, agriculture, and consumer goods. This course provides a comprehensive understanding of refinery and petrochemical processing systems in modern industrial operations.

Refining is a complex set of industrial processes that separates, converts, and treats crude oil into usable products such as gasoline, diesel, jet fuel, and kerosene. Petrochemical processing further converts these refined products and natural gas derivatives into chemical building blocks used in the production of plastics, fertilizers, synthetic materials, and other essential products. These operations require advanced engineering, strict process control, and high levels of operational safety and efficiency. This course explores the technical and operational principles that underpin refinery and petrochemical systems.

Refinery and petrochemical facilities operate under high temperature, high pressure, and highly controlled chemical environments, making process safety, equipment reliability, and environmental compliance critical priorities. Any disruption in these systems can lead to significant economic losses, safety hazards, and environmental impact. This course examines how organizations manage complex refining and petrochemical operations while maintaining efficiency, safety, and regulatory compliance.

Furthermore, modern refining and petrochemical industries are increasingly driven by automation, digital process control, energy optimization, and sustainability initiatives. Organizations must continuously improve process efficiency, reduce emissions, and adapt to changing market demands. Through practical frameworks, case studies, and real-world examples, this course equips participants with the knowledge and skills needed to understand and manage refinery and petrochemical processing systems effectively.

COURSE OBJECTIVES

By the end of this course, participants will:

• Understand refinery and petrochemical processing fundamentals
•  Identify key refining and chemical processing units
•  Analyze crude oil refining and product separation processes
•  Understand petrochemical production pathways and feedstocks
•  Improve process efficiency and operational performance
•  Strengthen safety and environmental compliance practices
•  Apply process control and optimization techniques
•  Understand refinery equipment and system integration
•  Support decision-making in downstream processing operations

COURSE OUTLINE

Module 1: Fundamentals of Refining and Petrochemical Systems

• Overview of downstream oil and gas operations
•  Crude oil composition and characteristics
•  Refining value chain and product slate
•  Introduction to petrochemical industry structure

Module 2: Crude Oil Distillation and Separation Processes

• Atmospheric and vacuum distillation units
•  Fractionation and separation principles
•  Heat exchange and energy integration
•  Product yield optimization

Module 3: Conversion and Upgrading Processes

• Cracking processes (thermal and catalytic)
•  Reforming and isomerization
•  Hydroprocessing and desulfurization
•  Residue upgrading technologies

Module 4: Petrochemical Production Systems

• Basic petrochemical feedstocks (ethylene, propylene, aromatics)
•  Polymerization and chemical synthesis processes
•  Production of plastics and synthetic materials
•  Fertilizer and industrial chemical production

Module 5: Process Control, Safety, and Environmental Management

• Refinery process control systems
•  Process safety management (PSM)
•  Emissions control and environmental compliance
•  Hazard identification and risk mitigation

Module 6: Optimization and Future Refining Technologies

• Energy efficiency in refining operations
•  Digitalization and smart refinery systems
•  Catalyst and process innovation
•  Case studies on modern refinery and petrochemical plants

TARGET AUDIENCE

This course is designed for professionals involved in refining, petrochemical, and downstream operations, including:

• Refinery Engineers and Process Engineers
•  Petrochemical Engineers and Technicians
•  Operations and Production Managers
•  Maintenance and Reliability Engineers
•  Chemical Engineers and Industrial Technologists
•  HSE and Process Safety Professionals
•  Energy Analysts and Technical Consultants
•  Project Engineers in downstream facilities
•  Professionals seeking foundational and advanced knowledge of refinery and petrochemical systems

VENUE: Open

DURATION: Open

DATE: Open