Optimization of Ore Concentrate Transportation Indicators of a Mining Enterprise Based on a Logistic Analysis of Alternative Options for Organizing a Transportation System

S. Goncharenko, A. Ivakhnenko
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引用次数: 0

Abstract

The modern transport and logistics infrastructure of mining enterprises is characterized by an intensive use of Industry 4.0 and digitalization technologies, which provide tools to increase efficiency, reduce costs, achieve sustainable development goals and optimize mining, processing and transportation of minerals. An analysis of the technological and socio-economic effects of the integrated use of Industry 4.0 technologies and the digitalization of the mining enterprises' main processes made it possible to establish that digital technologies increase the efficiency of deposits development, optimize technological and production chains, increase safety of mining operations, and simplify the processes of internal and external logistics. These trends (based on the rapid development of technical means of mechanization and automation of transport and logistics processes, the use of modern technical means of communication, automated methods for obtaining information about the location and condition of transport infrastructure facilities and mining equipment) made it possible to carry out a comprehensive logistical analysis of alternative options for transportation system. The constructed model made it possible to select the optimal complex of mining and transport equipment, taking into account mining and geological, technical, economic, and technological parameters.
基于运输系统备选方案Logistic分析的矿山企业精矿运输指标优化
矿业企业的现代运输和物流基础设施的特点是大量使用工业4.0和数字化技术,这些技术为提高效率、降低成本、实现可持续发展目标和优化矿产开采、加工和运输提供了工具。通过对综合利用工业4.0技术和矿业企业主要流程数字化的技术和社会经济影响的分析,可以确定数字技术提高了矿床开发效率,优化了技术和生产链,提高了采矿作业的安全性,并简化了内部和外部物流流程。这些趋势(基于运输和物流过程机械化和自动化技术手段的迅速发展、现代通信技术手段的使用、获取关于运输基础设施设施和采矿设备的位置和状况的信息的自动化方法)使人们能够对运输系统的备选方案进行全面的后勤分析。建立的模型可以在考虑采矿和地质、技术、经济和工艺参数的情况下,选择采矿和运输设备的最佳组合。
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