选矿厂磨矿部能量特性分析

IF 0.1 Q4 GEOSCIENCES, MULTIDISCIPLINARY
R. Klyuev, I. Bosikov, O. Gavrina, E. Zatsepin
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引用次数: 0

摘要

对于矿山加工厂来说,一个重要而紧迫的问题是对最耗能设备的能量特性进行综合分析。这样的分析对于确定节约能源的潜力和降低每件产品的能源成本是必要的。本文以某大型加工厂的能耗数据为基础,对自磨机的能量特性进行了分析。根据加工厂各部门的用电量数据,得到统计估计:平均(数学期望的估计);标准(标准差的无偏估计)。给出了磨矿分选工艺流程,给出了自磨体工艺流程的状态图。确定了有功功率的利用系数、负荷表的形式、负荷表的填写。给出了在研究月份的几十年间,电力系统在夜间最大时段内功率值的变化动态。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ANALYSIS OF THE ENERGY CHARACTERISTICS OF THE GRINDING DEPARTMENT OF THE CONCENTRATION FACTORY
For processing plants of mining and processing plants, an important and urgent issue is a comprehensive analysis of the energy characteristics of the most energy-intensive equipment. Such an analysis is necessary to identify the potential for energy savings and reduce energy costs per product cost. In the presented work, on the basis of data on the power consumption of a large processing plant, an analysis of the energy characteristics of autogenous grinding mills was carried out. Based on the data on the power consumption of the processing plant departments, statistical estimates were obtained: average (estimation of the mathematical expectation); standard (unbiased estimate of standard deviation). The technological process of grinding separation is given, the regime map of the technological process of the self-grinding body is shown. The utilization factors for active power, the forms of the load schedule, the filling of the load schedule are determined. The dynamics of change in the power value during the hours of the evening maximum of the power system over the decades of the month under study is given...
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