Training Introduction
Crude oil selection represents one of the most vital operational and financial decisions made within a modern petroleum refinery. Differences in crude density, sulphur content, acidity, distillation traits, and contaminant concentrations directly influence processing expenses, unit throughput capacities, final product yields, and overall refining profitability. While an attractively priced crude batch may seem financially advantageous initially, it can introduce serious operational challenges—such as accelerated corrosion, unexpected fouling, elevated hydrogen consumption, rapid catalyst degradation, or excess residue output. Achieving optimal performance requires a seamless alignment of crude assay interpretation, facility configuration, physical operating constraints, market dynamics, and rigourous economic evaluation.
This Refinery Feedstock Evaluation & Crude Selection Economics Training Course provides deep technical insights into crude oil characterisation, feedstock suitability, processing compatibility, and selection economics. By mastering these core capabilities, professionals learn how to accurately evaluate assay data, project product yields, mitigate processing risks, and calculate the true net economic value of varied crude slates and blends.
Key focus areas of this course
- Assay Interpretation: Decoding complex crude oil assay data, distillation curves, and chemical property specifications.
- Feedstock Characterisation: Evaluating physical and chemical traits including API gravity, total acid number (TAN), sulphur content, and heavy contaminants.
- Refinery Compatibility: Assessing the operational impact of feedstock variations on atmospheric distillation, vacuum distillation, conversion units, and hydroprocessing systems.
- Blending Optimisation: Mastering crude blending strategies, stability boundaries, and managing non-linear physical blending behaviours.
- Opportunity Crudes: Identifying operational and economic risks linked to processing heavy, sour, and high-acid opportunity feedstocks.
- Economic Evaluation: Calculating gross product worth (GPW), netback values, variable processing costs, and overall refinery net margins.
