Cement industry grinding process technology

Author: Wang Zhongchun
Publisher:
Publish Date: 2000-06-01
Features: This book systematically discusses the fundamental theories of grinding, including grinding mechanisms, particle size characteristics, grinding kinetics, energy consumption theory, and closed-circuit grinding principles. Chapters 2 and 3 provide a detailed comparison of the characteristics and adaptability of various tube ball grinding systems, summarizing basic experiences in waste heat utilization and production operations. They conduct a comprehensive analysis of the process parameters, calculation methods, and structural requirements for tube ball grinding design, proposing practical calculation formulas and recommendations. Chapters 4 and 5 elaborate on the rapidly developing new equipment in the grinding field—roller mills and roller presses—covering not only working principles, design parameters, and selection calculations but also control key points and solutions for abnormal issues. They review the characteristics, evolution, and development trends of various grinding systems while providing numerous application examples. Chapter 6 introduces the structural features, process design, research and development, selection applications, and performance evaluation of three generations of different types of classifiers. This book is suitable for engineering technicians in research institutions, design organizations, machinery manufacturing, and production plants involved in grinding work in the cement industry or related industries. The book is divided into six chapters: Grinding Introduction, Tube Ball Grinding Systems, Process Parameters and Design Calculations of Tube Ball Grinding, Roller Mill Grinding Systems, Roller Press Grinding Systems, and Classifiers.