High detonation velocity and high bulk strength

Senatel™ Permitted is a detonator sensitive emulsion explosive and is classified as a P1 “Permitted Explosive”. It was designed for underground mines that may contain flammable gases. Senatel™ Permitted™ is strictly formulated in each country to adhere to local regulations

  • Customer Stories

    "The proven benefits of the SSR give us confidence that we are maximising production potential and improving safety on site."

    Ben Ploughman
    Geotechnical Engineer
    Leigh Creek Coal Mine

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  • Customer Stories

    "I am very happy with the product. Potential for misfires has virtually gone away."

    Brad Stonehouse
    Mine Manager
    Silver Bell Mining, LLC

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  • Customer Stories

    "The blasting program was completed safely with no damage to nearby infrastructure"

    Bryan Goodwin
    Project Manager
    Dow Chemicals, Australia

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  • Customer Stories

    "Orica provided us with a cost effective solution, they were extremely easy to deal with responding at the drop of a hat when requested."

    Dennon Bell
    Transfield Services
    Oparure Road, Waitomo, New Zealand

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Resources

Reducing Packer Testing Cost and Time with WIREBmr™ (pdf 332.5KB)

“The use of WIREBmr enabled us to collect continuous hydraulic conductivity data for the full depth of the boreholes, allowing us to optimise the number of packer tests and to target specific areas for further tests. This technique provided further detail and confidence in the packer test results, a ...

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Link through to Reducing Packer Testing Cost and Time with WIREBmr™ (pdf 332.5KB)

WIREBmr™ Case Study_University of Western Australia (pdf 542.6KB)

“The determination of volumetric water content with Orica Digital Solutions’ WIREBmr in tailings is a very promising technology to better characterise tailings.”

Dr David Reid,
Research Fellow, University of Western Australia.

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Link through to WIREBmr™ Case Study_University of Western Australia (pdf 542.6KB)

WIREBmr™ Case Study_SSE Renewables (pdf 407.6KB)

“The use of WIREBmr enabled SSE Renewables to collect in-situ density data for a location where multiple logistical challenges meant that traditional techniques could not be used.”

Jessica Smith,
Senior Engineering Geologist, SSE Renewables

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Link through to WIREBmr™ Case Study_SSE Renewables (pdf 407.6KB)

WIREBmr™ Case Study_Trigg Minerals (pdf 455.1KB)

“WIREBmr logs have provided unrivalled resolution on the formation porosity, permeability, and lithological aspects of the Lake Throssell deposit.”

Keren Paterson,
Managing Director, Trigg Minerals

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Link through to WIREBmr™ Case Study_Trigg Minerals (pdf 455.1KB)

WIREBmr™ Case Study_Boss Energy (pdf 732.3KB)

“WIREBmr has provided us with greater confidence in our lithological interpretation and the planning of our wellfields”

Ryan Gore,
Senior Mine Geologist, Boss Energy

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Link through to WIREBmr™ Case Study_Boss Energy (pdf 732.3KB)

Increasing Copper Recovery with IES (pdf 412.9KB)

Increasing copper recovery with Coarse Particle Flotation with the Integrated Extraction Simulator (IES).

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Link through to Increasing Copper Recovery with IES (pdf 412.9KB)

Increasing control of ore dilution with OREPro 3D (pdf 637.4KB)

Increasing control of ore dilution with OREPro 3D at Santa Luz Mine, operated by Equinox Gold.

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Link through to Increasing control of ore dilution with OREPro 3D (pdf 637.4KB)

Contact

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