Modern Steelmaking - Processes, Technologies, and Industrial Practice: A Guide for Students and Technicians, with Numerical Examples for Practical Application

The Complete, Up-to-Date Technical Guide to Modern Steel Making Processes.Whether you are a student in Materials or Process Engineering, or a professional technician working in the steel industry, this manual is the ultimate resource for mastering the complexities of contemporary steelmaking. This book provides a comprehensive, deep-dive into the entire process—from the fundamental principles of Fe reduction (DRI) to sophisticated remelting and refining techniques.Key Content Highlights:Primary & Secondary Metallurgy: Detailed study of the operation, mass balance, and heat balance of the Blast Furnace (BF) and Basic Oxygen Furnace (BOF).The EAF Recycling Route: In-depth coverage of Electric Arc Furnace (EAF) technology, scrap usage, foamy slag practice, and chemical energy optimization.Advanced Refining: Secondary Metallurgy techniques, including Vacuum Degassing, ladle desulfurization, and specialized Ca treatments for high-quality, clean steel.Casting & Solidification: Principles of solidification, traditional ingot casting, Continuous Casting overview (Tundish, Mold Technology, Secondary Cooling), and analysis of typical surface and internal defects.Ultra-Clean Steel: The necessity and principles behind advanced Remelting Technologies like ESR (Electro Slag Remelting) and VAR (Vacuum Arc Remelting).Why This Book is Essential:Academic Rigor: Structured for university engineering courses, providing in-depth analysis and process simulations.Industrial Relevance: Addresses current challenges, such as CO2 emissions control, material quality, and energy efficiency.Practical Application: Includes extensive solved numerical examples, heat, and mass balances for immediate practical application of theoretical concepts.Equip yourself with the theoretical and technical knowledge required to excel in the competitive global steel industry.About the Author Giovanni Straffelini is Professor of Metallurgical Engineering at the University of Trento, where he teaches steelmaking, foundry technologies, and metallic materials engineering.With more than 200 peer-reviewed publications in international journals, he has contributed extensively to the fields of steel metallurgy.His scientific influence is recognized globally: he is included in the World Ranking of Scientists developed by Stanford University, a database identifying the top researchers across all scientific disciplines.Throughout his academic career, Professor Straffelini has combined rigorous research with industrial collaboration, making complex metallurgical principles accessible to students, technicians, and professionals in the steel industry. Read more