Calculations in Particle and Mineral Processing

Foundations and best approaches to model common problems in particle processing and separation for the practicing engineer Didactically written based on the author's teaching experience, Calculations in Particle and Mineral Processing describes calculation basics, processes, equipment, and evaluation of separation results for particle processing and separation processes, providing solutions and heuristic approaches to the most frequently encountered problems of particle processing and separation. The book imparts many essential craft tools, including illustrative examples, in an easy-to-understand and accessible manner. It includes details on the underlying mathematical theories (e.g. particle size analysis, particle size distribution, and particle motion in fluids), technical processes and equipment, and how to obtain and interpret separation results. Written by an industry expert with 30+ years of experience, Calculations in Particle and Mineral Processing covers sample topics such as: Particle characterization by particle size analysis, including modes of particle size distributions and integral parameters of size distributionsWays of describing the efficiency of separation processes and operation stages, including partition curves from different mineral components, mass balances, and recovery calculationsMathematical description and models, including particle motion in fluids, turbulence, and retention time of particles and fluids in apparatuses, cells, tanks, or machinesProcedures for designing process equipment, including ball mills and their circuits (comminution) and hydrocyclones (wet classification)Providing the background and craft tools necessary for obtaining and interpreting reliable separation results, Calculations in Particle Processing is an essential read for practicing particle processing and separation engineers in the resource, recycling, and food industries, along with advanced students in related programs of study.