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[https://www.sagmilling.com SAGMILLING.COM] Wiki.
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Theory and equations for power based modelling of mineral comminution circuits.
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[[file:CC88x31.png]] This work is licensed under a [http://creativecommons.org/licenses/by/4.0/|Creative Commons Attribution 4.0 International License].
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== Grinding Circuit Modelling Documentation ==
 
== Grinding Circuit Modelling Documentation ==
 
This documentation describes the operating and underlying mathematics of the [https://www.sagmilling.com SAGMILLING.COM] grinding circuit modelling program.
 
This documentation describes the operating and underlying mathematics of the [https://www.sagmilling.com SAGMILLING.COM] grinding circuit modelling program.
 
It is intended to be used by the model users who want to operate and understand the functioning of grinding models.
 
It is intended to be used by the model users who want to operate and understand the functioning of grinding models.
   
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Quick start video to get familiar with the operation of the software is available from here: https://youtu.be/J5XbCEJ6-sE
<ref>Insert footnote text here</ref>== Specific Energy Models ==
 
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== Operating the Software ==
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* [[General concepts]]
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** [[Testwork: Aggregating samples|Detailed concepts - Aggregating sample testwork]]
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** [[Detailed concepts - Intellectual Property]]
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* [[Entering test results]]
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** [[Testwork Program]]
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** [[How to use the Litho table|How to declare new Sample Names]]
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* [[Creating a circuit model]]
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** [[Modelling: Transfer size limits]]
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* [[Creating/modifying a mill]]
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* [[How to show a sub-set of results]]
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* [[How to copy data]] out of a table and into a spreadsheet
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* [[How to design a new circuit]] using grindability testing
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* [[How to make temporary changes]] to models or grindability test data and without saving
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* Design choices: [[HPGR or SAG?]]
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* Design choices: [[Pebble crushing or not?]]
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* Design implications of [[Modelling: Transfer size limits|Transfer Size]]
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== Specific Energy Models ==
 
* [[:Category:Models|Theory of power models]]
 
* [[:Category:Models|Theory of power models]]
 
* All Model types: [[Specific_energy_consumption_models|specific energy consumption models]]
 
* All Model types: [[Specific_energy_consumption_models|specific energy consumption models]]
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*** [[Model:Bond/Barratt SAB Model|Optimized Bond/Barratt model SAB]] (pebble recycle)
 
*** [[Model:Bond/Barratt SAB Model|Optimized Bond/Barratt model SAB]] (pebble recycle)
 
** [[Model:Amelunxen SGI|Amelunxen SAG Grindability Index (SGI) SAB and SABC model]] (similar to SPI™)
 
** [[Model:Amelunxen SGI|Amelunxen SAG Grindability Index (SGI) SAB and SABC model]] (similar to SPI™)
** [[Model:Morrell SMC SAG|Morrell SMC SAG & ball mill model]]
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** [[Model:Morrell Mi SMC SAG|Morrell Mi (SMC) SAG & ball mill model]]
 
* Single-stage SAG milling models
 
* Single-stage SAG milling models
 
** [[Model:Bond/Barratt SS SAG|Bond/Barratt Single stage SAG milling model]]
 
** [[Model:Bond/Barratt SS SAG|Bond/Barratt Single stage SAG milling model]]
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** [[Model:Bond RMBM Model|Bond/Rowland rod mill & ball mill model]]
 
** [[Model:Bond RMBM Model|Bond/Rowland rod mill & ball mill model]]
 
* Multi-stage crushing and ball milling models
 
* Multi-stage crushing and ball milling models
** [[Model:BondSSBMModel|Bond/Rowland Single stage ball milling]]
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** [[Model:Bond-Rowland SSBM|Bond/Rowland multi-stage crushing and single-stage ball mill model]]
** [[Model:Bond HPGR and ball mill|HPGR and ball mill model]] (using Bond) warning, experimental!
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** [[Model:Morrell SSBM|Morrell multi-stage crushing and single-stage ball mill model]]
** [[Model:Morrell HPGR and ball mill|HPGR and ball mill model]] (using Morrell)
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** [[Model:Bond HPGR and ball mill|Bond HPGR and ball mill model]] (using work indices) warning, experimental!
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** [[Model:Morrell HPGR and ball mill|Morrell HPGR and ball mill model]]
   
 
== Mill power draw models==
 
== Mill power draw models==
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==Laboratory testwork==
 
==Laboratory testwork==
* [[Testwork]] and test types
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* Comminution [[Testwork]] and test types performed in a laboratory
 
** [[Conversions between test types]]
 
** [[Conversions between test types]]
** [[Ball mill work index adjustment]] parameters
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** [[Ball mill work index adjustment]] parameters, also adjustments for Morrell Mib
 
* Particle [[size does matter]]
 
* Particle [[size does matter]]
 
* [[Planning a test program]] for a project that does not have any testing performed yet
 
* [[Planning a test program]] for a project that does not have any testing performed yet
 
== Operating the Model ==
 
* [[General concepts]]
 
** [[Testwork: Aggregating samples|Detailed concepts - Aggregating sample testwork]]
 
** [[Detailed concepts - Intellectual Property]]
 
* [[Entering test results]]
 
** [[Testwork Program]]
 
** [[How to use the Litho table|How to declare new Sample Names]]
 
* [[Creating a circuit model]]
 
** [[Modelling: Transfer size limits]]
 
* [[Creating/modifying a mill]]
 
* [[How to show a sub-set of results]]
 
* [[How to copy data]] out of a table and into a spreadsheet
 
* [[How to design a new circuit]] using grindability testing
 
   
 
== Administrator functions ==
 
== Administrator functions ==
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* [[Creating a project|Add a project]]
 
* [[Creating a project|Add a project]]
 
* [[Admin:Assign user to a project|Assign users to a project]]
 
* [[Admin:Assign user to a project|Assign users to a project]]
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* [[Admin:Add Lab|Add a laboratory]] to the testwork drop-down menu
   
 
{{Bibliography}}
 
{{Bibliography}}

Revision as of 23:22, 22 September 2022

SAGMILLING.COM Wiki. Theory and equations for power based modelling of mineral comminution circuits.

CC88x31.png This work is licensed under a Commons Attribution 4.0 International License.

Grinding Circuit Modelling Documentation

This documentation describes the operating and underlying mathematics of the SAGMILLING.COM grinding circuit modelling program. It is intended to be used by the model users who want to operate and understand the functioning of grinding models.

Quick start video to get familiar with the operation of the software is available from here: https://youtu.be/J5XbCEJ6-sE

Operating the Software

Specific Energy Models

Mill power draw models

Laboratory testwork

Administrator functions

Benchmarking

Examples of how the SAGMILLING.COM model compare to published information for actual milling circuits.

Bibliography

Index

Special:Categories

Software change log