Importance of Quantitative Analysis with Manual Calculation for Enrichment in Mineral Processing Research and Teaching Activities

The files are simply collections and summaries of quantitative relationships and calculations used for mineral enrichment or separation operations. The ".doc" manuscipt can also be provided upon request. All quoted figures and tables in the article are cited with their sources. Theoretical quantitative analysis is currently insufficient for mineral processing, particularly for enrichment unit operations, despite being essential to the growth of disciplines. Meanwhile, the value of manual computation cannot be overstated because it serves as a firm foundation for future quantitative analysis advancement. This work begins by tabulating various significant rules and theorems pertaining to enrichment. Next, the governing equations, experience correlations, and diagrams that result from the knowledge above are likewise methodically presented. As applications of theories, some straightforward manual calculation examples in the areas of gravity concentration, froth flotation, magnetic/electrostatic separation, and chemical beneficiation are provided. Three categories of challenges are identified: design, theoretical research, and operation. Since the purpose of this article is to provide a general overview of the significance of systematic quantity analysis and related calculating procedures for enrichment operations rather than to provide specific problem-solving techniques, the methodology and rationale for the answer are not given much weight.