The book "Theoretical foundations of steelmaking processes", written by an outstanding team of authors - Aizatulov R. C. , Harlashin P. C. , Protopopov E. In. and Nazyuta L. Yu. It is a unique and comprehensive guide for professionals and students seeking to better understand the complex mechanisms and physico-chemical underpinnings of steel production. This book is a real storehouse of knowledge for those who are looking not only for theoretical foundations, but also practical approaches to optimizing steelmaking processes, which makes it an indispensable source of information in the field of metallurgy. The book focuses on the fundamental principles underlying modern steel production technologies. The authors analyze in detail the processes of melting, deoxidation, doping and purification of metal, revealing the complex interactions between the various components and the conditions in which these processes occur. Each chapter is filled with up-to-date information about the physical and chemical phenomena occurring in the furnace, which allows the reader not only to understand the theory, but also to see the practical application of knowledge. Special attention is paid to modeling and calculations, which makes the book a valuable tool for engineers and technologists seeking to improve the efficiency and environmental friendliness of production. "Theoretical Foundations of Steelmaking Processes" is not just a textbook or reference book, it is a book that awakens interest in the complex and fascinating aspects of metallurgy. Her writing style combines the rigor of scientific data with clarity and accessibility, making complex topics understandable even for beginners. The authors, known for their competence and rich experience, not only share knowledge, but also inspire the search for new solutions and innovative approaches in the field of steelmaking. This book is ideal for students of specialized universities, graduate students and young professionals starting their way in the metallurgical industry. It will also be useful to experienced engineers, technologists and researchers looking for relevant information to improve their methods and improve the quality of products. It is of particular importance for those who are engaged in the development of new technologies and the introduction of modern methods of control and automation of processes. The topics raised in the book cover a wide range of issues, from the physics of smelting processes to chemical composition and thermal regime. Attention is paid to issues of environmental safety and energy efficiency, which makes the book especially relevant in the context of modern production focused on sustainable development. The authors emphasize the importance of integrating theoretical knowledge with practical tasks, which contributes to the formation of a systematic view of the steelmaking processes in the reader. A special place is occupied by the analysis of modern trends and innovative technologies in metallurgy. The book discusses promising areas of development, the introduction of new materials and automation methods, which makes it a valuable source for those who want to keep pace with progress. The style of the author is a combination of scientific rigor with a lively, fascinating presentation, which allows you to perceive complex topics easily and interestingly. If you are looking for a book that will not only expand your knowledge of steelmaking processes, but also inspire new ideas, “Theoretical Foundations of Steelmaking Processes” is exactly what you need. This book will become a reliable companion in professional growth and scientific research, will help to understand how the most complex mechanisms of conversion of ore into high-quality steel work. It is worth reading to those who appreciate deep knowledge, innovative approaches and want to be aware of the latest achievements in the field of metallurgy.