3816 XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3
Saramak, D., Tumidajski, T., Brożek, M, Gawenda, T.,
Naziemiec, Z. 2010. Aspects of comminution flow-
sheets design in processing of mineral raw materials.
Mineral Resources Management. 26(4):59–69.
Saramak, D., Wasilewski, S., Saramak, A. 2017. Influence
of copper ore comminution in HPGR on downstream
minerallurgical processes. Archives of Metallurgy and
Materials. 62(2):1689–1694.
Saramak, D.,Kleiv, R.A. 2013. The effect of feed moisture
on the comminution efficiency of HPGR circuits.
Minerals Engineering. 43–44:105–111.
Schneider, C.L., Alves, V.K., Austin, L.G. 2009. Modeling
the contribution of specific grinding pressure for
the calculation of HPGR product size distribution.
Minerals Engineering. 22(7–8):642–649.
Thivierge, A., Bouchard, J., Desbiens, A. 2020. A steady-
state model of the high-pressure grinding rolls. IFAC-
PapersOnLine. 53(2):11830–11835.
Tohry, A., Yazdani, S., Hadavandi, E., Mahmudzadeh, E.,
Chelgani, S.C. 2021. Advanced modeling of HPGR
power consumption based on operational parameters
by BNN: A “Conscious-Lab” development. Powder
Technology. 381:280–284.
Tong, Z.Y., Liu, L., Yuan, Z.T., Liu, J.T., Lu, J.W., Li, L.X.
2021. The effect of comminution on surface roughness
and wettability of graphite particles and their relation
with flotation. Minerals Engineering. 169:106959.
Torres, M., Casali, M. 2009. A novel approach for the
modelling of high-pressure grinding rolls. Minerals
Engineering. 22(13):1137–1146.
Wang, C., Nadolski, S., Mejia, O., Drozdiak, J., Klein,
B. 2013. Energy and cost comparisons of HPGR
based circuits with the SABC circuit installed at the
Huckleberry Mine. 45th Annual Canadian Mineral
Processors Operators Conference. Ottawa, Ontario.
January 22–24.
Yin, W., Tang, Y., Ma, Y., Zuo, W., Yao, J. 2017.
Comparison of sample properties and leaching char-
acteristics of gold ore from jaw crusher and HPGR.
Minerals Engineering. 111:140–147.
Saramak, D., Tumidajski, T., Brożek, M, Gawenda, T.,
Naziemiec, Z. 2010. Aspects of comminution flow-
sheets design in processing of mineral raw materials.
Mineral Resources Management. 26(4):59–69.
Saramak, D., Wasilewski, S., Saramak, A. 2017. Influence
of copper ore comminution in HPGR on downstream
minerallurgical processes. Archives of Metallurgy and
Materials. 62(2):1689–1694.
Saramak, D.,Kleiv, R.A. 2013. The effect of feed moisture
on the comminution efficiency of HPGR circuits.
Minerals Engineering. 43–44:105–111.
Schneider, C.L., Alves, V.K., Austin, L.G. 2009. Modeling
the contribution of specific grinding pressure for
the calculation of HPGR product size distribution.
Minerals Engineering. 22(7–8):642–649.
Thivierge, A., Bouchard, J., Desbiens, A. 2020. A steady-
state model of the high-pressure grinding rolls. IFAC-
PapersOnLine. 53(2):11830–11835.
Tohry, A., Yazdani, S., Hadavandi, E., Mahmudzadeh, E.,
Chelgani, S.C. 2021. Advanced modeling of HPGR
power consumption based on operational parameters
by BNN: A “Conscious-Lab” development. Powder
Technology. 381:280–284.
Tong, Z.Y., Liu, L., Yuan, Z.T., Liu, J.T., Lu, J.W., Li, L.X.
2021. The effect of comminution on surface roughness
and wettability of graphite particles and their relation
with flotation. Minerals Engineering. 169:106959.
Torres, M., Casali, M. 2009. A novel approach for the
modelling of high-pressure grinding rolls. Minerals
Engineering. 22(13):1137–1146.
Wang, C., Nadolski, S., Mejia, O., Drozdiak, J., Klein,
B. 2013. Energy and cost comparisons of HPGR
based circuits with the SABC circuit installed at the
Huckleberry Mine. 45th Annual Canadian Mineral
Processors Operators Conference. Ottawa, Ontario.
January 22–24.
Yin, W., Tang, Y., Ma, Y., Zuo, W., Yao, J. 2017.
Comparison of sample properties and leaching char-
acteristics of gold ore from jaw crusher and HPGR.
Minerals Engineering. 111:140–147.