In the last eight years inclined conveyor haulage systems have established themselves in the mainstream for hard rock underground mine haulage. This leaves the question; what else might be on the horizon for mine haulage and how do we address the process of selecting haulage systems for new mines? This paper considers the identification of viable haulage technologies for underground mines and explores an approach for assessing existing and potential technologies. The example of a large deep mine is considered here. The evaluation of existing haulage systems relies on precedence and the assessment of the system capacity to meet the haulage requirements envisaged for a particular mining project. The assessment of potential technologies for mine haulage relies on the capacity to deliver a viable production-scale system within the timeline envisaged for developing a mining project._x000D_
The haulage technologies addressed in this paper include: shaft hoisting, conveyor haulage, truck haulage, vertical conveyors, and hydraulic hoisting._x000D_
This paper does not consider rail haulage out of a mine. This is simply because Australian topography typically has insufficient relief to bring them into consideration. However, rail haulage is a widely used and effective haulage solution in situations where significant topographical relief is present._x000D_
The assessment of haulage system capability focuses on the following fundamental questions: How reliable are they? What is the degree of technical risk in a business context? What levels of flexibility do they offer? How capital effective are they? What returns are indicated by the balance of capital and operating cost estimates? FORMAL CITATION:Pratt, A G L, 2008. Mine haulage - options and the process of choice, in Proceedings Tenth Underground Operators' Conference 2008, pp 179-188 (The Australasian Institute of Mining and Metallurgy: Melbourne).