Innovative solutions for mitigating geological risks in mining

Research output: ThesisMaster's Thesis (University Course)

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Innovative solutions for mitigating geological risks in mining. / Du Preez, Jacobus Lodewicus.
2011.

Research output: ThesisMaster's Thesis (University Course)

Bibtex - Download

@phdthesis{2a5b9ad046ac462399f624f5b730f356,
title = "Innovative solutions for mitigating geological risks in mining",
abstract = "For suppliers of mineral exploration equipment to excel and be recognised as the leader in this industry, it is important to look beyond market share of the products it supplies. Many of the mineral exploration technologies being used today has been around for decades without much innovation. The exploration industry therefore requires the next generation of technology that will lead to a breakthrough in gathering superior ore body knowledge and interpretation, in a safer, more environmentally friendly manner and at a lower cost. This will ultimately benefit more efficient and higher quality mining – whether it be a single exploration drilling rig employed to target a specific site or an expansive exploration drilling programme involving many, an in-pit RC grade control operation or a global {"}best practice{"} business standard for a mining company. The hope is that in time the concept will evolve and be developed by Institutes, Associations and Governing Bodies within the mining industry worldwide.",
author = "{Du Preez}, {Jacobus Lodewicus}",
note = "embargoed until null",
year = "2011",
language = "English",
type = "Master's Thesis (University Course)",

}

RIS (suitable for import to EndNote) - Download

TY - THES

T1 - Innovative solutions for mitigating geological risks in mining

AU - Du Preez, Jacobus Lodewicus

N1 - embargoed until null

PY - 2011

Y1 - 2011

N2 - For suppliers of mineral exploration equipment to excel and be recognised as the leader in this industry, it is important to look beyond market share of the products it supplies. Many of the mineral exploration technologies being used today has been around for decades without much innovation. The exploration industry therefore requires the next generation of technology that will lead to a breakthrough in gathering superior ore body knowledge and interpretation, in a safer, more environmentally friendly manner and at a lower cost. This will ultimately benefit more efficient and higher quality mining – whether it be a single exploration drilling rig employed to target a specific site or an expansive exploration drilling programme involving many, an in-pit RC grade control operation or a global "best practice" business standard for a mining company. The hope is that in time the concept will evolve and be developed by Institutes, Associations and Governing Bodies within the mining industry worldwide.

AB - For suppliers of mineral exploration equipment to excel and be recognised as the leader in this industry, it is important to look beyond market share of the products it supplies. Many of the mineral exploration technologies being used today has been around for decades without much innovation. The exploration industry therefore requires the next generation of technology that will lead to a breakthrough in gathering superior ore body knowledge and interpretation, in a safer, more environmentally friendly manner and at a lower cost. This will ultimately benefit more efficient and higher quality mining – whether it be a single exploration drilling rig employed to target a specific site or an expansive exploration drilling programme involving many, an in-pit RC grade control operation or a global "best practice" business standard for a mining company. The hope is that in time the concept will evolve and be developed by Institutes, Associations and Governing Bodies within the mining industry worldwide.

M3 - Master's Thesis (University Course)

ER -