3754 XXXI International Mineral Processing Congress 2024 Proceedings/Washington, DC/Sep 29–Oct 3
Owusu, K.B., 2022. Sensing and optimisation of
Autogenous (AG) and Semi-autogenous (SAG) grind-
ing mills, University of South Australia.
Owusu, K.B., Abaka-Wood, G., Skinner, W. and
Asamoah, R., 2022a. Acoustic measurements of dif-
ferent AG/SAG mill slurry densities and performance.
SME Annual Conference and Expo 2022.
Owusu, K.B., Greet, C., Skinner, W. and Asamoah, R.,
2021b. Purpose-built laboratory-based AG/SAG mill
development. Proceedings from the International
Conference on Mineral Processing and Geometallurgy.
Owusu, K.B., Greet, C., Skinner, W. and Asamoah, R.,
2021c. SAG mill acoustic monitoring of process vari-
ables: mill speed, pulp solid loading, and rock filling.
Proceedings from the International Conference on
Mineral Processing and Geometallurgy.
Owusu, K.B. et al., 2020b. Acoustic monitoring of mill
pulp density. UMaT Biennial International Mining
and Mineral Conference.
Owusu, K.B. et al., 2020c. Variations in mill feed char-
acteristics and acoustic emissions. UMaT Biennial
International Mining and Mineral Conference.
Owusu, K.B. et al., 2021d. Predicting mill feed grind char-
acteristics through acoustic measurements. Minerals
Engineering, 171: 107099.
Owusu, K.B., Skinner, W. and Asamoah, R., 2021e.
Acoustic sensing of different ore hardness and break-
age characteristics in semi-autogenous (SAG) mill,
Chemeca 2021: Advance, Disrupt and Sustain.
Engineers Australia, Barton, ACT.
Owusu, K.B., Skinner, W. and Asamoah, R., 2021f.
Acoustic sensor frequencies and mill feed properties -
a brief review. Chemeca 2021: Advance, Disrupt and
Sustain.
Owusu, K.B., Skinner, W. and Asamoah, R., 2022b. Feed
hardness and acoustic emissions of autogenous/semi-
autogenous (AG/SAG) mills. Minerals Engineering,
187: 107781.
Owusu, K.B., Skinner, W. and Asamoah, R.K., 2021g.
Differentiation of AG/SAG mill feed particle size
variations in bath milling process using acoustic emis-
sions. Proceedings of the International Future Mining
Conference.
Owusu, K.B., Skinner, W. and Asamoah, R.K., 2023a.
Acoustic Sensing and Supervised Machine Learning for
In Situ Classification of Semi-Autogenous (SAG) Mill
Feed Size Fractions Using Different Feature Extraction
Techniques. Powders, 2(2): 299–322.
Owusu, K.B., Skinner, W., Greet, C. and Asamoah, R.K.,
2023b. Acoustic Sensing of Fresh Feed Disturbances in
a Locked-Cycle Laboratory AG/SAG Mill. Minerals,
13(7): 868.
Owusu, K.B., Zanin, M., Skinner, W. and Asamoah, R.K.,
2021h. AG/SAG mill acoustic emissions characterisa-
tion under different operating conditions. Minerals
Engineering, 171: 107098.
Pax, R., 2001. Non contact acoustic measurement in mill
variables of SAG mills.
Pax, R., 2011a. Non-contact acoustic measurement
of dynamic in mill processes for SAG/AG mills,
Proceedings Metallurgical Plant Design and Operating
Strategies (MetPlant 2011). The Australasian Institute
of Mining and Metallurgy Melbourne, Perth WA,
pp. 163–175.
Pax, R., 2016. Using non-contact acoustic measurement to
view inside a tumbling mill, Proceedings Int Mineral
Processing Conference.
Pax, R. and Thornton, A., 2019. Real time measurement
and fast control strategies for the optimal operation of
grinding circuits, Proceedings MetPlant Conference.
Perth WA, pp. 132–147.
Pax, R.A., 2011b. Non-contact acoustic measurement
of dynamic in-mill processes for SAG/AG mills, in
Proceedings Metallurgical Plant Design and Operating
Strategies (MetPlant 2011). The Australasian Institute
of Mining and Metallurgy: Melbourne, Perth WA,
pp. 163–175.
Pax, R.A. and Cornish, B., 2016. Understanding Size Effects
of Semi-autogenous Grinding (SAG) Mill Operation as
a Pathway to Solving Feed Disturbances—Case Study
Using the MMG Century SAG Mill, 13th AusIMM
Mill Operators’ Conference 2016. The Australasian
Institute of Mining and Metallurgy, Perth, WA,
pp. 321–329.
Watson, J., 1985. An analysis of mill grinding noise. Powder
Technology, 41(1): 83–89.
Watson, J. and Morrison, S., 1986. Estimation of pulp vis-
cosity and grinding mill performance by means of mill
noise measurements. Mining, Metallurgy Exploration,
3(4): 216–221.
Watson, J.L. and Morrison, S.D., 1985. Indications of
grinding mill operations by mill noise parameters.
Particulate Science Technology, 3(1–2): 49–63.
Zeng, Y. and Forssberg, E., 1994. Vibration Signal
Measurement: An Alternative for describing mechanical
grinding process. Particulate Science and Technology:
An International Journal, 12(3): 223–233.
Owusu, K.B., 2022. Sensing and optimisation of
Autogenous (AG) and Semi-autogenous (SAG) grind-
ing mills, University of South Australia.
Owusu, K.B., Abaka-Wood, G., Skinner, W. and
Asamoah, R., 2022a. Acoustic measurements of dif-
ferent AG/SAG mill slurry densities and performance.
SME Annual Conference and Expo 2022.
Owusu, K.B., Greet, C., Skinner, W. and Asamoah, R.,
2021b. Purpose-built laboratory-based AG/SAG mill
development. Proceedings from the International
Conference on Mineral Processing and Geometallurgy.
Owusu, K.B., Greet, C., Skinner, W. and Asamoah, R.,
2021c. SAG mill acoustic monitoring of process vari-
ables: mill speed, pulp solid loading, and rock filling.
Proceedings from the International Conference on
Mineral Processing and Geometallurgy.
Owusu, K.B. et al., 2020b. Acoustic monitoring of mill
pulp density. UMaT Biennial International Mining
and Mineral Conference.
Owusu, K.B. et al., 2020c. Variations in mill feed char-
acteristics and acoustic emissions. UMaT Biennial
International Mining and Mineral Conference.
Owusu, K.B. et al., 2021d. Predicting mill feed grind char-
acteristics through acoustic measurements. Minerals
Engineering, 171: 107099.
Owusu, K.B., Skinner, W. and Asamoah, R., 2021e.
Acoustic sensing of different ore hardness and break-
age characteristics in semi-autogenous (SAG) mill,
Chemeca 2021: Advance, Disrupt and Sustain.
Engineers Australia, Barton, ACT.
Owusu, K.B., Skinner, W. and Asamoah, R., 2021f.
Acoustic sensor frequencies and mill feed properties -
a brief review. Chemeca 2021: Advance, Disrupt and
Sustain.
Owusu, K.B., Skinner, W. and Asamoah, R., 2022b. Feed
hardness and acoustic emissions of autogenous/semi-
autogenous (AG/SAG) mills. Minerals Engineering,
187: 107781.
Owusu, K.B., Skinner, W. and Asamoah, R.K., 2021g.
Differentiation of AG/SAG mill feed particle size
variations in bath milling process using acoustic emis-
sions. Proceedings of the International Future Mining
Conference.
Owusu, K.B., Skinner, W. and Asamoah, R.K., 2023a.
Acoustic Sensing and Supervised Machine Learning for
In Situ Classification of Semi-Autogenous (SAG) Mill
Feed Size Fractions Using Different Feature Extraction
Techniques. Powders, 2(2): 299–322.
Owusu, K.B., Skinner, W., Greet, C. and Asamoah, R.K.,
2023b. Acoustic Sensing of Fresh Feed Disturbances in
a Locked-Cycle Laboratory AG/SAG Mill. Minerals,
13(7): 868.
Owusu, K.B., Zanin, M., Skinner, W. and Asamoah, R.K.,
2021h. AG/SAG mill acoustic emissions characterisa-
tion under different operating conditions. Minerals
Engineering, 171: 107098.
Pax, R., 2001. Non contact acoustic measurement in mill
variables of SAG mills.
Pax, R., 2011a. Non-contact acoustic measurement
of dynamic in mill processes for SAG/AG mills,
Proceedings Metallurgical Plant Design and Operating
Strategies (MetPlant 2011). The Australasian Institute
of Mining and Metallurgy Melbourne, Perth WA,
pp. 163–175.
Pax, R., 2016. Using non-contact acoustic measurement to
view inside a tumbling mill, Proceedings Int Mineral
Processing Conference.
Pax, R. and Thornton, A., 2019. Real time measurement
and fast control strategies for the optimal operation of
grinding circuits, Proceedings MetPlant Conference.
Perth WA, pp. 132–147.
Pax, R.A., 2011b. Non-contact acoustic measurement
of dynamic in-mill processes for SAG/AG mills, in
Proceedings Metallurgical Plant Design and Operating
Strategies (MetPlant 2011). The Australasian Institute
of Mining and Metallurgy: Melbourne, Perth WA,
pp. 163–175.
Pax, R.A. and Cornish, B., 2016. Understanding Size Effects
of Semi-autogenous Grinding (SAG) Mill Operation as
a Pathway to Solving Feed Disturbances—Case Study
Using the MMG Century SAG Mill, 13th AusIMM
Mill Operators’ Conference 2016. The Australasian
Institute of Mining and Metallurgy, Perth, WA,
pp. 321–329.
Watson, J., 1985. An analysis of mill grinding noise. Powder
Technology, 41(1): 83–89.
Watson, J. and Morrison, S., 1986. Estimation of pulp vis-
cosity and grinding mill performance by means of mill
noise measurements. Mining, Metallurgy Exploration,
3(4): 216–221.
Watson, J.L. and Morrison, S.D., 1985. Indications of
grinding mill operations by mill noise parameters.
Particulate Science Technology, 3(1–2): 49–63.
Zeng, Y. and Forssberg, E., 1994. Vibration Signal
Measurement: An Alternative for describing mechanical
grinding process. Particulate Science and Technology:
An International Journal, 12(3): 223–233.