3956 XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3
REFERENCES
CIM Academy — Nunez, E. 2022. Ten Advanced Process
Control (APC) Lessons from the Plant. https://
academy.cim.org/cim/2021/webinars/350690
/e d u a r d o .n u n e z .t e n .a d v a n c e d .p r o c e s s
.control.28apc29.lessons.from.the.plant.html?f=listi
ng%3D4%2Abrowseby%3D8%2Asortby%3D2%2
Amedia%3D1%2Aspeaker%3D761488.
Buchanan, D. et al. 2023. Implementation of a novel
advanced process control strategy to reduce power con-
sumption, 55th Annual Canadian Mineral Processors
Operator Conference, Onatrio, Canada.
Gugel, K. 2015. Optimal SAG mill control using vibra-
tion &digital signal processing techniques, SAG
Conference, Vancouver, Canada.
Nunez, E and Baron, J. 2022. Teck’s HVC Real Time
Vibration Profile to Optimize SAG Mill Performance,
54th Annual Canadian Mineral Processors Operator
Conference &CIM Academy, ID367337, Vancouver,
Canada.
Powell, M. and Mainza, A. 2006. Extended grinding curves
are essential to the comparison of milling performance.
Minerals Engineering 19(2006):1487–1494.
REFERENCES
CIM Academy — Nunez, E. 2022. Ten Advanced Process
Control (APC) Lessons from the Plant. https://
academy.cim.org/cim/2021/webinars/350690
/e d u a r d o .n u n e z .t e n .a d v a n c e d .p r o c e s s
.control.28apc29.lessons.from.the.plant.html?f=listi
ng%3D4%2Abrowseby%3D8%2Asortby%3D2%2
Amedia%3D1%2Aspeaker%3D761488.
Buchanan, D. et al. 2023. Implementation of a novel
advanced process control strategy to reduce power con-
sumption, 55th Annual Canadian Mineral Processors
Operator Conference, Onatrio, Canada.
Gugel, K. 2015. Optimal SAG mill control using vibra-
tion &digital signal processing techniques, SAG
Conference, Vancouver, Canada.
Nunez, E and Baron, J. 2022. Teck’s HVC Real Time
Vibration Profile to Optimize SAG Mill Performance,
54th Annual Canadian Mineral Processors Operator
Conference &CIM Academy, ID367337, Vancouver,
Canada.
Powell, M. and Mainza, A. 2006. Extended grinding curves
are essential to the comparison of milling performance.
Minerals Engineering 19(2006):1487–1494.