Auslog

Everyone’s requirements are slightly different, so please consider the lists below as a general guide. At Auslog we are happy to have further discussion without any obligation about your specific application from which we will provide suggestions for the most suitable options to suit your application and budget. We strongly suggest that you review the technical papers listed at the bottom of this screen as these have been especially selected to assist you.

Basic System

  • Portable DLS 5 system

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  • Winch to suitable depth (Single conductor or 4 conductor models)

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  • Natural Gamma

  • Magnetic Susceptibility or Induction Conductivity

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    Intermediate System

  • Portable DLS 5 System

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  • Winch to suitable depth (Single conductor or 4 conductor models)

  • Natural Gamma

  • Magnetic Susceptibility or Induction Conductivity

  • Deviation

  • 3 or 8 arm Caliper

  • Density / Caliper – many options

  • Electric Array Log / 16” / 64” Normal

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    Advanced System

  • Portable DLS5 System

  • 4 conductor Winch models to suitable depth

  • Natural Gamma

  • Magnetic Susceptibility or Induction Conductivity

  • Deviation

  • 3 or 8 arm Caliper

  • Density / Caliper – many options

  • Electric Array Log / 16” / 64” Normal

  • Neutron

  • Full Waveform Sonic

  • SIROLOG Spectral Gamma

  • Auscam Borehole Video

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    Interesting Technical Papers Related to Minerals Logging

  • Orebody Modelling and Grade Control UtilisingGeophysical Blast Hole Logging

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  • Optimising the Drilling Budget with Geophysical Logging

  • Application of Geophysics in Metalliferous Mines

  • The Determination of Fe, Si, and Al Content in Iron Ore Blast Holes by Nuclear logging

  • Why is borehole logging going to help your project

  • Development of a Short-Term Model Using Petrophysical Logging at Century Mine, North QLD

  • Introduction to Borehole geophysics by USGS



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