Advancements, innovations and initiatives for optimising the treatment of haul roads

The Australasian Institute of Mining and Metallurgy
H Haghighi
Organization:
The Australasian Institute of Mining and Metallurgy
Pages:
5
File Size:
657 KB
Publication Date:
Sep 18, 2023

Abstract

Haul roads are often permanent unsealed access roads used by heavy haul trucks to transfer minerals. These roads can deteriorate rapidly which results in potholes, deformations and dust. Downer EDI Works has successfully provided efficient solutions to the mining industry to maintain their haul roads. HaulPac as a solution package is a process in which a bituminous emulsion is used to create a stable and durable pavement. The emulsion penetrates the road and binds the particles together, creating a stable base. It also seals the surface and prevents water from penetrating the underneath layers. Bituminous emulsion can increase the strength of the pavement material and decrease the road surface degradation which results in dust suppression. However, the everincreasing price of commodities, the necessity of reducing carbon emissions and the increasing use of autonomous haul trucks have made it vital to invest in novel maintenance solutions that can meet the needs of the mining industry in a cost-effective manner. This paper outlines the benefits of bituminous emulsion in terms of productivity, safety and environment followed by Downer’s approach to evaluate the suitability and to optimise the amount of product. The potential for changing the colour of the treated surface is explored and an initiative that incorporates end-of-life tyres of haul trucks into the pavement is introduced. And finally, an innovative method using artificial intelligence to estimate dust emission is presented.
Citation

APA: H Haghighi  (2023)  Advancements, innovations and initiatives for optimising the treatment of haul roads

MLA: H Haghighi Advancements, innovations and initiatives for optimising the treatment of haul roads. The Australasian Institute of Mining and Metallurgy, 2023.

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