Having too few trucks can result in overloading and inefficient routes, leading to delayed deliveries and increased fuel consumption. Conversely, an oversized fleet might not optimise routes, wasting resources. An oversized fleet contributes to unnecessary fuel expenses, impacting both costs and environmental concerns.
beforejoiningtheUniversityofAdelaidewhereheisanAssociateProfessor.Histechnicalexpertise includeselectricmachinesanddrives,powerelectronics ...
y the fundamentals of mine vehicle electrification. y the challenges and opportunities in mine vehicle electrification. y available BEVs and their capabilities. y vehicle energy storage sizing and charging technology selection. y renewable energy micro-grid design taking into account electrified mine fleet charging requirements.
In the relocation process of shared bikes, there are three levels of decision-making: strategic, tactical and operational. Given the substantial investment in redistribution trucks (Vogel, 2016, Yanocha et al., 2018), the service provider should strategically decide, given the facilities (depots and stations), how many trucks there should be in the fleet (fleet sizing decision).
Queue optimization Fleet sizing & optimization 5 Two resources come together in a finite population mining queue model: • Trucks requiring loading • Shovels or loaders Each accumulates costs per unit of production Problem is to find the optimum number of servers and customers that minimize costs per unit of production Trade off between idle time of shovel and …
In most instances, we use our Site Simulation tool to look at the job, the haul roads, the total yardage, the time constraints and the material that needs to be moved. We then use that information to right-size the truck fleet to the …
The choice of fleet type and sizing to be used in mining operations is surely important, for taking this decision the engineers need to have enough information in order to get the most benefit and ...
Mining fleet management systems are becoming an increasingly important part of mining businesses. They can help you manage your mining operations more efficiently and effectively, resulting in increased profits. In this blog post, we will discuss what mining fleet management systems are, how they can help your business, and how to choose the ...
Suglo and Al-Hassan determine the optimal size of the mining fleet by taking into account different combinations of trucks in the Visual SLAM and AweSim simulation software. Tan et al. ... The use of simulation in fleet …
The fleet sizing decision is dependent on the operational decisions of trip assignment and taxi routing. In a mixed driving environment, taxis' route choices are heavily influenced by privately owned human-driven vehicles (PVs). However, very few studies on fleet sizing problems have considered the impact of PVs' routing behaviour.
The mining right covers some 26 325 hectares. The annual production is 26.1 million tons. Currently, the mining truck fleet contains 27 diesel-powered mining trucks. The mining truck fleet is controlled by a vehicle dispatching system. Once the mine truck receives a dispatching order, it will travel to the assigned shovel.
The choice of fleet type and sizing to be used in mining operations is surely important, for taking this decision the engineers need to have enough information in order to get the most benefit and efficiency of each piece of equipment. In this process, technical, geometrical, geographic and, uppermost, economic variables are involved. Furthermore, the market offers a different range …
The choice of fleet type and sizing to be used in mining operations is surely important, for taking this decision the engineers need to have enough information in order to get the most benefit and ...
Implementing models with a copper mine case study provides a more efficient haul fleet size than the decisions offered by the simulation …
A stochastic simulation framework for truck and shovel selection and sizing in open pit mines. Saeid R Dindarloo. Journal of the Southern African Institute of Mining and Metallurgy, 2015. ... the fleet operation of the Sungun copper mine is investigated to accomplish an optimal truck allocation for various working benches in the mine site ...
Haul fleet size determination is a critical task in any surface mining operation where the material is handled using the truck-and-shovel system. Although the problem of finding the optimum haulage fleet size has been thoroughly studied, there are two important shortcomings: disregarding the effects of downstream processes on the operation and ...
The size of an equipment fleet within a mining operation is fundamentally dictated by the production rate and the type of geological material being processed. To facilitate the selection of an optimal fleet configuration, …
This paper uses the Visual SLAM with AweSim simulation software to determine the optimum fleet sizes of Kantaayele Goldfields Ltd., a gold mine in Ghana, which will enable the mine to meet its...
Discrete event simulation using Arena software addresses fleet sizing complexities in open-pit mines, aiding in understanding operational delays and high costs. This research aims to …
Below are some tips to help you properly size your haulers and mining excavators, plus ways to ensure you're getting the most of the construction and mining machines you run each day.
One of the challenging problems for surface mining operation optimization is choosing the optimal truck and loader fleet. This problem is the Equipment Selection Problem (ESP). In this paper, we describe the ESP in the context of …
Compared with the fleet sizing in such an AV-sharing system, the assignment of SAVs to satisfy the trip requests is a more critical issue (Hasan and Hentenry, 2021, Khayati et al., 2021), in which the assignment of vehicles highly depends on the activity-travel scheduling of …
Loading and haulage are the backbone of any mining operation. Equipment selection and sizing problem (Bozorgebrahimi et al. 2003; Burt and Puchinger 2005; Burt and Caccetta 2014) deals with the selection and sizing of the loading and haulage equipment to handle both ore and waste material throughout the mine-life such that it minimizes the total …
Download scientific diagram | Fleet sizing flowchart. from publication: A decision-making method to assess the benefits of a semi-mobile in-pit crushing and conveying alternative during the early ...
Moradi Afrapoli, A., & Askari-Nasab, H. (2017). Mining fleet management systems: a review of models and algorithms. International Journal of Mining, Reclamation and ...
The choice of fleet type and sizing to be used in mining operations is surely important, for taking this decision the engineers need to have enough information in order to get the most benefit and ...
At the mining industry, there are several uncertainties that may affect the mobile mining equipment fleet sizing and usage, such as commodity supply and demand, which impacts the mineral price, environmental licenses to allow operations and strategic decisions made by the own mining company. Due to that, it may happen to acquire a mobile mining ...
2.5 Equipment Sizing. The size of an equipment fleet within a mining operation is fundamentally dictated by the production rate and the type of geological material being processed. To facilitate the selection of an optimal fleet configuration, Douglas (1964) devised a method aimed at determining the optimal number of trucks, denoted as ...
Implementing models with a copper ore mine case study provides a more efficient haul fleet size than the decisions offered by the simulation method. Moreover, the presented …
Haul fleet size determination is a critical task in any surface mining operation where the material is handled using the truck-and-shovel system. Although the problem of finding the optimum haulage...
The choice of fleet type and sizing to be used in mining operations is surely important, for taking this decision the engineers need to have enough information in order to get the most benefit and ...
Fleet sizing is a crucial process for the success and efficiency of the operation. It involves determining the number, capacity and model of equipment needed to carry out activities efficiently and economically, since the use of poorly …
The use of simulation in fleet selection and equipment sizing in mining, in Mine Planning and Equipment selection. Germany: Springer. p. 869 – 877. Germany: Springer. p. 869 – 877. Google Scholar
Computational results indicate that fleet sizing decisions are influenced not only by the population's geographical distribution and land use patterns but also by the pricing strategy, unit operating costs of the SAV fleet, network congestion level, and traveller behaviour. When the price rate of using SAVs is low, the fleet sizing decisions ...
Configure your mining excavators appropriately with boom and arm options. Some customers prefer a longer reach, while others want as big a bucket as possible to load more …
Bozorgebrahimi et al. [4, 5] optimized the sizes of open pit mine equipment, considering mine scale, mine topology, equipment cost, etc. Powertrain hybridization has also been recognized as a ...
sustainability and environmental responsibility in mining. Overall, this research contributes to open-pit mining optimization, utilizing Arena software for innovative fleet sizing decisions. Keywords-- Match Factor, Fleet Sizing, Surface Mines, Mathematical Model. I. I. NTRODUCCIÓN . La mina de estudio es una de las minas de cobre más
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The fleet management systems are divided into three subsequently related problems to review: shortest path, production optimisation and real-time dispatching. Finally, the limitations of current algorithms for fleet management systems are documented in terms of mining practice feasibility and optimality of the solution on large-scale problems.