Educational objectives The course provides the tools to interpret metallurgical processes as industrial systems in which raw materials and scrap, transformation operations, equipment, energy, quality control, products, and secondary streams jointly determine the performance of the production route. By the end of the course, the student will be able to:
• analyze and compare complete metallurgical routes, identifying their operations, equipment, streams, and key operating variables;
• interpret system maps, flowsheets, and PFDs, and distinguish their purpose and content from P&IDs;
• evaluate the impact of feed quality and variability on process performance and product characteristics;
• identify control points and quality gates, distinguishing between correctable anomalies and limitations imposed by the feed material;
• compare conventional and innovative solutions, considering quality, energy, emissions, recycling, and residue valorization;
• develop and communicate a coherent proposal for integrating a metallurgical route and its associated secondary streams.
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