Otojen/Yarı Otojen Değirmen Dizaynında Uygulanan SAG Öğünebilirlik İndeksi Testi


Aksu İ. H., Pural Y. E., Boylu F.

Yerbilimlerinde Öğrenci Bitirme Tasarım Projeleri ve Sergisi - YER 2021, İstanbul, Turkey, 29 - 30 June 2021, pp.475-478

  • Publication Type: Conference Paper / Full Text
  • City: İstanbul
  • Country: Turkey
  • Page Numbers: pp.475-478
  • Istanbul Technical University Affiliated: Yes

Abstract

The largest share in energy consumption for mining activities belongs to size reduction processes. AG/SAG mills, which are among the grinders that make fine size reduction; They are the equipment with the highest size reduction ratio, where crushing, grinding and washing are done together. For the effective use of this type of mill, some design tests must be carried out. The most important parameter for a good AG/SAG mill design is ore hardness. As a result of the absence of the hardest ore in the sample taken, real results cannot be obtained in the test to be performed. Therefore, the design will also fail. Within the scope of this thesis, research and evaluations were made on the SAG Gritability Index Test (SGI) procedure, which is frequently used in AG/SAG mill design and is relatively easy to apply, the evaluation of the test results and the mill design calculations in which the length and diameter ratios are determined, and its compatibility with other alternative tests.