OaaS Applications

Solvent Extraction Dynamic Isotherm Model

Description of the Solvent Extraction (SX) Dynamic Isotherm Model

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Written by Darren Megaw
Updated over a week ago

What is brains.VOS?

Brains.VOS (Virtual Operations Simulator)

Written by Mark de Geus
Updated over a week ago

What is a Digital Process Model?

Written by Mark de Geus
Updated over a week ago

How to tune the Value Driver and Decision Optimizer

The steps required to update the Value Driver of a brains.app Optimization Application

Written by Mark de Geus
Updated over a week ago

How is Uncertainty Quantified and Monitored?

Applicable models in brains.app quantify an uncertainty spread

Written by Mark de Geus
Updated over a week ago

How is Data Quality Quantified and Monitored?

Data Badness is the quantification of input data quality

Written by Mark de Geus
Updated over a week ago

How is Accuracy Quantified and Monitored?

Use Brains.VOS to track accuracy drift

Written by Mark de Geus
Updated over a week ago

What is a Spiral Circuit Feed Prediction?

An insight into the performance or efficiency of the spiral circuit and metal recovery.

Written by Munyaradzi Musariri
Updated over a week ago

How can I be alerted of Equipment Faults or Process underperformance?

An introduction to doing remote equipment & process monitoring and fault detection with brains.app.

Written by Niel Knoblauch
Updated over a week ago

What is Data Reconciliation?

Explains the significance of doing data reconciliation centred on mineral/metal recovery plants

Written by Munyaradzi Musariri
Updated over a week ago

The brains.app Reconciliation Services

Solution for Data Reconciliation in Brains.app

Written by Munyaradzi Musariri
Updated over a week ago

How do I do Data Reconciliation?

How to enter data, start a job, check progress and download results

Written by Munyaradzi Musariri
Updated over a week ago

Reconciliation-Fluorite'20

Perform end of month Reconciliation in 3 easy steps

Written by Munyaradzi Musariri
Updated over a week ago

How is material provenance tracked through stockpiles?

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Written by Sebastien Merlet
Updated over a week ago

Digital Stockpile-Flourite'20

Implement more efficient stockpile management with the dozing model, GPS filling and the stockpile reporting

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Written by René
Updated over a week ago

How do I initialize a Stockpile in brains.app?

In-App Stockpile Initialization process

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Written by René
Updated over a week ago

How do I know about the parameters used to configure the stockpile application?

Configuration of the Stockpile Application

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Written by René
Updated over a week ago

Site Data Quality Dashboard

Digital Stockpile Application data QA

Written by Christopher D'Almeida
Updated over a week ago

GPS Filling (Part 1)

What is GPS Filling and Why is it Needed?

Written by Christopher D'Almeida
Updated over a week ago

GPS Filling (Part 2)

Approach to fill missing GPS data in the Digital Stockpile app

Written by Deon Pretorius
Updated over a week ago

How to export a 3D block model to use to plan a reclaim and blending strategy?

Written by Sonali Dash
Updated over a week ago

How to analyze the Crushers feed materials and their properties?

Optimise blending and plant operation in real time

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Written by René
Updated over a week ago

How to track and control the Stockpile's mass inventory?

Track material movement and location on the mine site

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Written by René
Updated over a week ago

Digital Stockpile Overview

How spatial stockpile modelling helps a mine site

Written by Grant Kopec
Updated over a week ago

How to configure and export a Stockpile Reclaiming Report dashboard?

Better facilitate mine reconciliation process

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Written by René
Updated over a week ago

How can I know my Thickener's Minimum Settling Rate?

How the Thickener Application informs you of your thickener's rise rate and minimum settling rate

Written by Niel Knoblauch
Updated over a week ago

How to use the brains.app Performance Screen?

An Overview of the Performance Screen and how to use it as part of IntelliSense.io's Optimization Applications

Written by Niel Knoblauch
Updated over a week ago

How do I prevent Upstream Disturbances from destabilizing my Thickener Circuit?

An overview of how to use the Thickener Application enables proactive decision-making

Written by Niel Knoblauch
Updated over a week ago

Thickener Circuit Optimization - Fluorite'20

Improve your Thickener performance with the value driver configurations

Written by Niel Knoblauch
Updated over a week ago

How do I achieve consistent Thickener circuit performance?

An overview of how to use the Thickener Application's Optimizer to achieve operational targets

Written by Niel Knoblauch
Updated over a week ago

Get Real-time Feedback on your Mill Feed Dilution

How the Grinding Application alerts you of suboptimal Mill Discharge Densities

Written by Niel Knoblauch
Updated over a week ago

At which Weight would my Mill go into Overload?

An introduction to the Grinding Application's Dynamic Overload Weight Threshold

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Written by Ronit Ganguly
Updated over a week ago

Live Virtual Measurements of the Composition of your Mill's Charge

An introduction to the Dynamic Mill Charge Virtual Sensors delivered by the Grinding Application

Written by Denis Rubtsov
Updated over a week ago

Grinding Circuit Optimization - Fluorite'20

Optimize your SAG Mill performance with the Ball Charge and Overload Prediction model recommendations

Written by Niel Knoblauch
Updated over a week ago

How do I track the Mill Liner state?

An overview of how to use the Grinding Application's Liner Wear Virtual Sensor

Written by Niel Knoblauch
Updated over a week ago

How are SAG Mill Overloads predicted?

An overview of how to use the Grinding Application's Mill Overload Predictions

Written by Niel Knoblauch
Updated over a week ago

How to maintain your Ball Charge at its optimal setpoint?

How to use the Grinding Application's Ball Charge Virtual Sensor enables real-time Ball Charge control

Written by Niel Knoblauch
Updated over a week ago

How do I track the Mill Composition & Residence time?

An overview of how to use the Material Model's Grinding Circuit Virtual Sensors

Written by Niel Knoblauch
Updated over a week ago

Auto-retraining of Heap leach models

A tool for automated model retraining and drift monitoring

Written by Munyaradzi Musariri
Updated over a week ago

How do I use the Heap leach application predictions?

Describes how a user(Operator/Metallurgist) can use the models to make informed decisions in the Plant

Written by Munyaradzi Musariri
Updated over a week ago

How do I use the Fine fraction predictions?

An overview of how to use the Heap Leach Application Fine fraction model virtual sensor

Written by Munyaradzi Musariri
Updated over a week ago

What is Crushing-Inferential fine fraction prediction?

An overview of how to use the two week inferential fine fraction prediction model

Written by Munyaradzi Musariri
Updated over a week ago

Heap Leach Optimization-Fluorite'20

Make better strategies for reclaiming modules to maximize recovery

Written by Munyaradzi Musariri
Updated over a week ago

How do I optimize my Flotation Circuit using Virtual Sensors?

An overview of how to use the Flotation Application's Virtual Sensors to optimize your operation

Written by Niel Knoblauch
Updated over a week ago

Simulating & Optimizing my Flotation Circuit's Grade & Recovery

How the Flotation App helps Metallurgists to consistently achieve flotation performance targets

Written by Munyaradzi Musariri
Updated over a week ago

Gas Hold-up and Bubble Size in your Flotation Circuit

An introduction to these Virtual Sensors delivered by the Flotation Application

Written by Niel Knoblauch
Updated over a week ago

Flotation Optimization - Fluorite'20

Analyze the Flotation cell performance statistics to improve the overall grade and recovery.

Written by Niel Knoblauch
Updated over a week ago

Flotation Performance Prediction

Live Flotation circuit KPI(Key Performance Indicators) predictions

Written by Munyaradzi Musariri
Updated over a week ago

How can Pipeline Pumping operations be optimized using brains.app?

An overview of how to use the Pipeline Pumping Optimization application to reduce energy use, pump wear, and stabilize pumping operations

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Written by Sebastien Merlet
Updated over a week ago