Predict blast results
before the blast fires

Created using Orica’s blast movement expertise, modelling experts and OREPro™ 3D’s vast blasts database, a physics engine has been developed that can quickly and accurately predict how a blast will move the rock mass in near real time.

OREPro™ 3D Predict generates blast prediction video that allows you to see the effect of the blast on your grade, and how blasting can maximise recoverable value.  

 

 features

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 Single-blast optimisation

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 Reactive blast movement

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 Predictive blast movement

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 Iterate blast designs for best value

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 Control choked blasts

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 Manage non-standard blast dynamics

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Industry

  • Iron Ore
  • Surface Metal

 

 

Features and Benefits

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Generate predicted post blast topography for increased mining productivity

 

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Predictive Blast Movement Enables OPTIMISATION WITHOUT A DRONE OR SCANNER

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Design and optimise blast designs before you blast

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Clean, intuitive user interface

Resources

Conference Paper - Advances in Blast Movement Modelling and its Application to Next Generation Grade Control (pdf 1.1MB)

Conference Paper - This paper describes new techniques and compares results to outcomes that would have been obtained from older, traditional methods.
Orica acknowledges the 26th World Mining Congress as the publisher of the conference proceedings.

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Link through to Conference Paper - Advances in Blast Movement Modelling and its Application to Next Generation Grade Control (pdf 1.1MB)

OREPro™ 3D Predict flyer (pdf 900.6KB)

OREPro™ 3D Predict is a software application that predictively models blast movement without hardware or surveys, enabling iterative blast design for outcomes and improved grade control.

Download now

Link through to OREPro™ 3D Predict flyer (pdf 900.6KB)

Conference Paper - Blast induced Ore Movement: The missing step in achieving realistic reconciliations (pdf 1.8MB)

Conference Paper - This paper will present how OREPro™ 3D is used at Tasiast in combination with geostatistical simulations, to enhance the final destination of the ore polygons.

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Link through to Conference Paper - Blast induced Ore Movement: The missing step in achieving realistic reconciliations (pdf 1.8MB)

Conference Paper - A novel innovation for reconciliation (pdf 608.4KB)

Conference Paper - Mine value chain reconciliation (MVC) is a necessary procedure to evaluate a mine’s performance against the assumptions and models used to plan mining and processing operations.

Download now

Link through to Conference Paper - A novel innovation for reconciliation (pdf 608.4KB)

OREPro™ 3D flyer (pdf 1.7MB)

OREPro™ 3D is a software application that models blast movement, enabling situational awareness and improved grade control.

Download now

Link through to OREPro™ 3D flyer (pdf 1.7MB)

Contact

*Mandatory fields

 

Mandatory field(s) marked with *
  • OREPro™ 3D Predict