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MET 326 - Chemical Metallurgy II

Course Objectives

1. To teach the basic concepts used in Metallurgical and Materials Engineering with practical examples in real life and to ensure that these concepts are understood as a whole, not as a part,
2. To teach all methods and processes used in the field of extractive metallurgy on the way from “ore to metal” in a way to provide infrastructure for other courses.

Course Description

Technical applications of pyrometallurgy. Chlorination, sulfation, oxidation and sinter firing, alkali firing, selective evaporation, selective dissolving, calcination, slag forming and melting, mat forming and melting, reduction, non-metallic compounds and reduction, reduction melting processes, reduction-melting and evaporation processes, melted state of reduction, metallothermic reduction, pyrometallurgical refining processes, technological applications in hydrometallurgy, dissolving processes, all leaching processes, solution, crystallization, precipitation, precipitation with chemicals, solvent extraction under pressure, general precipitation under pressure, solvent extraction, general principles, McCabe-Thiele Diagrams, applications, technological applications of electrometallurgy, cementation, electro recovery from solution, electrolytic reduction, electrolytic refining, electrochemical coating, electrochemical surface finishing processes, molten salt electrolysis

Course Coordinator
Mahmut Ercan Açma
Course Language
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