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The purpose of the 10th US North American Mine Ventilation Symposium in Anchorage 2004 was to bring together practitioners involved in the planning and operation of underground ventilation systems, to provide a forum for debate and exchange of ideas, and to share information on the advances which have been made and consider problems
This volume contains the proceedings of the 18th North American Mine Ventilation Symposium held, on a virtual platform, June 12-17, 2021. This symposium was organized by South Dakota Mines, Rapid City, South Dakota, in collaboration with the Underground Ventilation Committee (UVC) of the Society for Mining, Metallurgy & Exploration (SME). The Mine Ventilation Symposium series has always been a premier forum for ventilation experts, practitioners, educators, students, regulators, and manufacturers from around the world to exchange knowledge, ideas, and opinions. This volume features fifty-seven selected technical papers in a wide range of topics including: auxiliary ventilation, case studies of mine ventilation, computational fluid dynamics applications in mine ventilation, diesel particulate control, electric machinery in mine ventilation, mine cooling and refrigeration, mine dust monitoring and control, mine fans, mine fires and explosion prevention, mine gases, mine heat, mine management and organization of ventilation, mine ventilation and automation, occupational health and safety in mine ventilation, renewable/alternative energy in mine ventilation, ventilation monitoring and measurement, ventilation network analysis and optimization, and ventilation planning and design.
These research papers also cover a spectrum of innovative technical solutions, including computer-controlled mining equipment, remote monitoring of air quality, and virtual reality training systems.
This textbook focuses on underground ventilation, addressing both theoretical and practical aspects. Readers will develop a deeper understanding of mine ventilation and adjacent areas of research. The content is clearly structured, moving through chapters in a pedagogical way. It begins by presenting an introduction to fluid mechanics, before discussing the environmental conditions in mines, underground fire management, and international legislation concerning mines. Particular attention is paid to development ends ventilation, an area that is underrepresented in scientific research. Each chapter includes a concise theoretical summary, followed by several worked-out examples, problems and questions to develop students’ skills. This textbook will be useful for undergraduate and master’s degree students around the world. In addition, the large number of practical cases included make it particularly well suited to preparing for professional engineer examinations and as a guide for practising engineers.
Mine Safety combines detailed information on safety in mining with methods and mathematics that can be used to preserve human life. By compiling various recent research results and data into one volume, Mine Safety eliminates the need to consult many diverse sources in order to obtain vital information. Chapters cover a broad range of topics, including: human factors and error in mine safety, mining equipment safety, safety in offshore industry and programmable electronic mining system safety. They are written in such a manner that the reader requires no previous knowledge to understand their contents. Examples and solutions are given at appropriate places, and there are numerous problems to test the reader’s comprehension. Mine Safety will prove useful for many individuals, including engineering and safety professionals working in the mining industry, researchers, instructors, and undergraduate and graduate students in the field of mining engineering.
The most comprehensive book to date on the history of silicosis and the strategies used to combat it. Despite the common perception that “black lung” has been relegated to the dustbin of history, silicosis remains a crucial public health problem that threatens millions of people around the world. This painful and incurable chronic disease, still present in old industrial regions, is now expanding rapidly in emerging economies around the globe. Most industrial sectors—including the metallurgical, glassworking, foundry, stonecutting, building, and tunneling industries—expose their workers to lethal crystalline silica dust. Dental prosthodontists are also at risk, as are sandblasters, pencil factory workers in developing nations, and anyone who handles concentrated sand squirt to clean oil tanks, build ships, or fade blue jeans. In Silicosis, eleven experts argue that silicosis is more than one of the most pressing global health concerns today—it is an epidemic in the making. Essays explain how the understanding of the disease has been shaken by new medical findings and technologies, developments in industrializing countries, and the spread of the disease to a wide range of professions beyond coal mining. Examining the global reactions to silicosis, the authors trace the history of the disease and show how this occupational health hazard first came to be recognized as well as the steps that were necessary to deal with it at that time. Adopting a global perspective, Silicosis offers comparative insights into a variety of different medical and political strategies to combat silicosis. It also analyzes the importance of transnational processes—carried on by international organizations and NGOs and sparked by waves of migrant labor—which have been central to the history of silicosis since the early twentieth century. Ultimately, by bringing together historians and physicians from around the world, Silicosis pioneers a new collective method of writing the global history of disease. Aimed at legal and public health scholars, physicians, political economists, social scientists, historians, and all readers concerned by labor and civil society movements in the contemporary world, this book contains lessons that will be applicable not only to people working on combating silicosis but also to people examining other occupational diseases now and in the future. Contributors: Alberto Baldasseroni, Francesco Carnevale, Éric Geerkens, Martin Lengwiler, Gerald Markowitz, Jock McCulloch, Joseph Melling, Julia Moses, Paul-André Rosental, David Rosner, Bernard Thomann
An introductory text and reference on mining engineering highlighting the latest in mining technology Introductory Mining Engineering outlines the role of the mining engineer throughout the life of a mine, including prospecting for the deposit, determining the site's value, developing the mine, extracting the mineral values, and reclaiming the land afterward. This Second Edition is written with a focus on sustainability-managing land to meet the economic and environmental needs of the present while enhancing its ability to also meet the needs of future generations. Coverage includes aboveground and underground methods of mining for a wide range of substances, including metals, nonmetals, and fuels. Completely up to date, this book presents the latest information on such technologies as remote sensing, GPS, geophysical surveying, and mineral deposit evaluation, as well as continuous integrated mining operations and autonomous trucks. Also included is new information on landscape restoration, regional planning, wetlands protection, subsidence mitigation, and much more. New chapters include coverage of: * Environmental responsibilities * Regulations * Health and safety issues Generously supplemented with more than 200 photographs, drawings, and tables, Introductory Mining Engineering, Second Edition is an indispensable book for mining engineering students and a comprehensive reference for professionals.