Minimising Coal Loss through the use of Geophysical Logging

International Society of Explosives Engineers
Chris Batten Rob Lederer
Organization:
International Society of Explosives Engineers
Pages:
17
File Size:
1129 KB
Publication Date:
Jan 1, 2012

Abstract

Traditionally coal model digital terrain models (DTM) are created from lithological information obtained from broad scale exploration holes. The grid layout and distance between holes means that models do not commonly display local variations of seam dip, faulting and shearing. Due to this, issues can often arise when designing the loading of blast patterns based on potential variances between model and actual coal seam locations. Many sites will often attempt to create more accurate models through the collection of data from coal edge pickups on highwalls and in blast faces, along with information recorded by drillers (touch coal holes) from both production and presplit holes for both the current and previous blasts.
Citation

APA: Chris Batten Rob Lederer  (2012)  Minimising Coal Loss through the use of Geophysical Logging

MLA: Chris Batten Rob Lederer Minimising Coal Loss through the use of Geophysical Logging. International Society of Explosives Engineers, 2012.

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