Assessment of haulage electrification options to reduce energy use and emissions while maintaining production continuity and the haulage capacity required by the mine plan.
Selecting an electrified haulage system calls for a combined assessment of productivity, infrastructure, equipment requirements, power demand, capital investment, and operating costs.
The study compared haulage configurations and established a technical and economic basis for selecting the most suitable option for the operation.
The operation needed to assess options for reducing haulage energy consumption and associated emissions without compromising production continuity or the material movement capacity defined in the long-term mine plan.
The study compared conventional truck haulage, trolley-assist systems, and complementary options such as Flying Belt. The assessment covered operating performance, infrastructure requirements, equipment selection, compatibility with the mine design, energy efficiency, and techno-economic evaluation.
The study established objective criteria for selecting an electrified haulage option suited to site conditions, balancing productivity, capital investment, operating costs, and emissions reduction.
The assessment provided a consistent comparison of haulage alternatives, considering technical feasibility, integration with the mine plan, and trade-offs among productivity, capital investment, operating costs, and emissions reduction.
