Selection of practical bench height in open pit mining using a multi-criteria decision making solution Hossein Soltanmohammadi1*, Morteza Osanloo, Ali Sami2 and Shahnam Behnam Malekzadeh1 Department of Mining Engineering, Aryakanyar Consulting Engineers (AKCE), Amirkabir University of Technology, Tehran, Iran.
Methods for estimating productivity and costs, and dependent equipment selection process, have needed to be increasingly reliable. Estimated productivity and costs must be as accurate as possible in reflecting actual productivity and costs experienced by mining operations to accommodate the long-term trend for diminishing commodity prices, For loading and hauling equipment operating in open
Markeset and Kumar (2018) and Samanta et al. (2002) devised a method to solve the problem of equipment selection and size in open-pit mines using life-cycle costing techniques.
Open-pit mining equipment Open pit mining is an industrial activity that involves the removal of large quantities of soil and subsoil, which is then processed to extract the mineral. This mineral may be present in very low concentrations, in relation to the amount of material removed.
mining equipments selection. This system is able to involve the expert knowledge in primary and secondary selection of equipment for surface coal mines [3]. In 1990, another expert system, in order to classify equipment, was planned in the open pit coal mine of Britain with the help of fuzzy logic.
is most effectively used in mining equipment selection to analyse the earth-moving system, some equipment selection solutions exist that use simulation models. Kannan et al. (2000) recognise that despite the complementary role of academic research and industry applied simulation models, a gap exists between the two: academia follow
For all the machinery, equipment and consumables you will need in the open pit and underground mining fields, with our wide range of products for all open pit and underground work areas such as mine fields, ore mines, ore stockpiles etc., together with our globally preferred, experienced and system expert partners, we are at your service to produce customized solutions for you.
equipment, which may include a mining loader, shovel or excavator. Loaders lift the ore or waste material onto the trucks for removal from the mine. In an open-pit mine, loader types can include electric rope, hydraulic excavators including backhoe excavators, and front-end loaders (also called wheel loaders) (Er˘celebi and K rmanl , 2000).
Equipment selection is one of the most important aspects of open pit design. Mining costs are mainly affected by the number and capacity of equipment. Equipment selection for open-pit mines is definitely a major decision which will impact greatly the economic viability of an operation (Aghajani et al. 2007).
In addition, more than 90 % of capital costs in open pit mines is related to loading and haulage equipment . Moreover, there are many haulage systems with different advantages and disadvantages. Therefore, selection of the suitable haulage system among the available ones is a multi-criteria decision-making problem that needs special attention.
Equipment selection in mining engineering is one of the most important decision that is affected the mine design, production planning and economic parameters in open pit mining.
Open pit mining
Buzwagi open pit study, in Proceedings Sixth Large Open Pit Mining Conference 2007, Perth, WA, September 2007, pp 119-128 (The AusIMM) Disclaimer: " I am not speaking on behalf of Deswik, this is
For all the machinery, equipment and consumables you will need in the open pit and underground mining fields, with our wide range of products for all open pit and underground work areas such as mine fields, ore mines, ore stockpiles etc., together with our globally preferred, experienced and system expert partners, we are at your service to produce customized solutions for you.
ii optimisation of open pit mine block sequencing Abstract An important stage in openpit mining is to determine the optimal sequence of block extraction, which affects mining profitability considerably. problem which A arises in this stage, pit mine block sequencing problemopen , is defined in order to
For all the machinery, equipment and consumables you will need in the open pit and underground mining fields, with our wide range of products for all open pit and underground work areas such as mine fields, ore mines, ore stockpiles etc., together with our globally preferred, experienced and system expert partners, we are at your service to produce customized solutions for you.
practice in open pit mines. The application of sound geotechnical engineering practice is considered to be an integral component of Part 2 of the Mines Safety and Inspection Act 1994 (MSIA). It is emphasised that this guideline is not totally inclusive of all factors concerning the application of geotechnical engineering in open pit mining.
equipment selected. Moreover, equipment selection directly affects the pit design and production planning. In open pit mining, equipment selection is made according to many factors related to the ore and mining conditions. These factors can be qualitative and quantitative in nature. The main purpose of equipment selection is to choose the
With more than 1,000 large mining machines operating around the world, our equipment has proven to withstand the extreme conditions of open-pit mining, from dusty and dirty environments, to severe vibrations, to temperatures ranging from -50° C to +50° C. Standard AC multi-drive installations have been mechanically reinforced to make them suitable for the minor sector.
Buzwagi open pit study, in Proceedings Sixth Large Open Pit Mining Conference 2007, Perth, WA, September 2007, pp 119-128 (The AusIMM) Disclaimer: " I am not speaking on behalf of Deswik, this is
Equipment selection for open-pit mines is a major decision, which in turn, impacts greatly on the economic viability of an operation [2].Models for equipment selection and evaluation described by Celebi [3] were aimed at selection of the equipment
2010. Open pit production scheduling optimisation
Open-pit mining is the process of extracting rock or minerals from the earth through their removal from an open pit or borrow. Figure 8.8. Open-pit mine [16]. Surface mining is usually used to develop coal seams and deposits of many other minerals, but their feasibilities vary with the nature of the body ore.
Open-pit mining equipment Open pit mining is an industrial activity that involves the removal of large quantities of soil and subsoil, which is then processed to extract the mineral. This mineral may be present in very low concentrations, in relation to the amount of material removed.
equipment, which may include a mining loader, shovel or excavator. Loaders lift the ore or waste material onto the trucks for removal from the mine. In an open-pit mine, loader types can include electric rope, hydraulic excavators including backhoe excavators, and front-end loaders (also called wheel loaders) (Er˘celebi and K rmanl , 2000).
The evaluation of haulage truck size effects on open pit mining. Creator. Bozorgebrahimi, Enayagollah. Publisher. University of British Columbia. Date Issued. 2004. Description. This thesis investigates the effects of equipment size selection on the economics of open pit mining.
Manganese mining is one of the major mining activities taking place within the Kalahari region. Mamatwan Mine is currently the only open pit manganese mine in the region. According to the mine planners, this mine could produce up to 3.2 million tons per year if operating to its full potential.
Methods for estimating productivity and costs, and dependent equipment selection process, have needed to be increasingly reliable. Estimated productivity and costs must be as accurate as possible in reflecting actual productivity and costs experienced by mining operations to accommodate the long-term trend for diminishing commodity prices, For loading and hauling equipment operating in open
OPEN cAST MiNiNg EquiPMENT
total operating costs in open-pit mines, optimal use of these equipment is essential for the profitability of the mine. It is also important that operations achieve the production targets set by the long-term mine plans. As mining operations are highly stochastic, it is practically impossible to
S. Erçelebi, C. Kirmanli, Review of surface mining equipment selection techniques, in Mine Planning and Equipment Selection 2000: Proceedings of the Ninth International Symposium on Mine Planning and Equipment Selection /Athens/Greece/6–9 November 2000, ed. by G.N. Panagiotou, T.N. Michalakopoulos (A.A. Balkema, Rotterdam, 2000), pp. 547
Citing an open-pit coal mine, Ahrenkiel explained how an RH 200 with a 50-ton bucket was loading 200-ton trucks in five passes and the mine operator was pleased with the performance. “The mine was happy with five passes and an 80% fill factor or four passes with a 90% fill factor and one pass with a 40% fill factor,” Ahrenkiel said.
In the open-pit mines, in order to improve productivity, they used to large numbers of heavy equipment. Due to the huge investments involved, no mine can afford to have invested then its equipment