Modern Copper Smelting: Being Lectures Delivered at Birmingham University, Greatly Extended and Adapted and with an Introduction on the History, Uses and Properties of Copper is a comprehensive and authoritative treatise on the science and technology of copper smelting as understood in the early twentieth century. Authored by Donald M. Levy, this work is based on a series of lectures delivered at Birmingham University, which have been meticulously expanded and adapted to serve as a detailed reference for students, metallurgists, and professionals in the field. The book opens with an extensive introduction that traces the fascinating history of copper, from its earliest discovery and use by ancient civilizations to its critical role in the development of modern industry. Levy explores the unique physical and chemical properties of copper, its wide-ranging applications in electrical engineering, construction, and manufacturing, and the economic significance of copper production worldwide. Following the historical and introductory sections, the text delves deeply into the technical aspects of copper smelting. It covers the geology and mineralogy of copper ores, the principles of ore dressing and concentration, and the various methods of smelting, including both traditional and contemporary processes. The author provides detailed descriptions of the equipment and machinery used in smelting operations, the chemical reactions involved, and the challenges of dealing with impurities and by-products. Levy also addresses the environmental and economic considerations of copper smelting, discussing the recovery of valuable by-products such as gold, silver, and sulfur, and the management of waste materials. The book is richly illustrated with diagrams, tables, and practical examples, making complex concepts accessible to readers with varying levels of expertise. Throughout, Modern Copper Smelting emphasizes the importance of scientific principles and technological innovation in improving the efficiency, safety, and sustainability of copper production. It stands as a vital resource for anyone interested in the metallurgical sciences, industrial history, or the ongoing evolution of one of humanity’s most essential metals.