Petroleum refining is presented here as a complete working system, from crude intake and fractionation to upgrading, blending, sulfur recovery, and final product quality control. This book is designed for readers who want a clear, practical understanding of how raw crude oil is transformed into transportation fuels, petrochemical feedstocks, and industrial streams that must meet strict performance and regulatory targets.
Rather than treating individual units in isolation, the chapters follow the flow of material through a refinery. You will see how crude assay data influences plant configuration, why desalting and pretreatment matter, how atmospheric and vacuum distillation separate the first major cuts, and how downstream conversion units reshape those cuts into higher-value products.
What the book covers- Crude handling and assay interpretation, including storage, blending, desalting, water removal, and distillation curve analysis.
- Separation and conversion fundamentals, from atmospheric and vacuum columns to reforming, hydrotreating, hydrocracking, visbreaking, and coking.
- Contaminant control and corrosion prevention, with attention to sulfur, nitrogen, metals, chlorides, fouling, and catalyst poisoning.
- Gas processing and sour system management, including light ends recovery, acid gas removal, sulfur recovery, and wastewater treatment.
- Fuel blending and quality assurance, with practical guidance on octane, cetane, volatility, RVP, sulfur limits, distillation profiles, and lab testing.
- Petrochemical integration, showing how refinery streams can be prepared for chemical-grade use.
- Safety, reliability, and troubleshooting, with emphasis on control loops, operating discipline, failure modes, and root-cause analysis.
Each major section ends with a practical example, helping connect theory to real operating decisions. These scenarios are especially useful for engineers, operators, technical students, and professionals who need to relate process concepts to unit performance, product specifications, and refinery profitability.
This is a strong reference for anyone working with fuels, refining operations, or downstream processing. It balances process science with everyday plant realities, making it suitable for both learning and day-to-day problem solving.
Readers will gain a structured view of how a modern refinery works, how quality is maintained, where problems originate, and how crude selection, unit operation, and blending choices affect the final product slate.
