Geoscience 2033 – a vision for mineral exploration in ten years

The Australasian Institute of Mining and Metallurgy
L Karlson C Itotoh K O’Halloran
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
8
File Size:
1093 KB
Publication Date:
Sep 18, 2023

Abstract

Global methods used to explore for minerals have progressed relatively slowly since the development of the first diamond core drill in 1863. Since then, key developments such as wireline geophysics (1920s), the tricone drill bit (1930s) and aeromagnetic surveys (1940s) all occurred in response to global events. In this project, BHP’s WAIO Geoscience operations team hypothesise that a global movement towards a greener future as well as an increasing intolerance for safety events will drive another step change in exploration methods. We have leveraged our relationships with exploration contractor partners and industry leaders to develop a realistic vision for 2033 and beyond, where drill rigs, earthworks and geophysical units are operated and maintained remotely; emissions of dust and waste are eliminated; hazardous energy sources are controlled; procurement is based on sustainability rather than cost and carbon emissions are tracked with the same rigour as production metrics. We have combined these visions into a series of graphical illustrations with the aim of inspiring ourselves, our vendors and our peers to collaborate further on producing a step change in our industry.
Citation

APA: L Karlson C Itotoh K O’Halloran  (2023)  Geoscience 2033 – a vision for mineral exploration in ten years

MLA: L Karlson C Itotoh K O’Halloran Geoscience 2033 – a vision for mineral exploration in ten years. The Australasian Institute of Mining and Metallurgy, 2023.

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