Conference Proceedings
Managing Risk Perth WA Sep 1994
Conference Proceedings
Managing Risk Perth WA Sep 1994
Structural Geology as a Tool to Reduce Geological Risks at the Mt Whaleback Mine, Western Australia
Structural geological information is widely used at the Mt Whaleback
Mine, Newman, WA. Recent improvements in the structural
understanding of Mt Whaleback are providing a very cost-effective way
of reducing geological risk, improving the economics of mining,
optimising pit design and addressing safety problems. The structure of the Mt Whaleback orebody is highly complex and has
a significant influence not only on iron ore genesis but also on pit wall
stability. A team approach between the Structural Geology and
Geomechanics Groups has been providing excellent results to reduce
geological risk at Mt Whaleback.
Mine, Newman, WA. Recent improvements in the structural
understanding of Mt Whaleback are providing a very cost-effective way
of reducing geological risk, improving the economics of mining,
optimising pit design and addressing safety problems. The structure of the Mt Whaleback orebody is highly complex and has
a significant influence not only on iron ore genesis but also on pit wall
stability. A team approach between the Structural Geology and
Geomechanics Groups has been providing excellent results to reduce
geological risk at Mt Whaleback.
Contributor(s):
J Ronaszeki
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- Published: 1994
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- Unique ID: P199406039