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有色金属(选矿部分):2021,(3):75-82
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多源矿点配矿的 SAB 流程磨矿优化控制技术应用,
(1.紫金矿业集团股份有限公司;2.矿冶科技集团有限公司;3.福建金岳慧创智能科技有限公司)
Process Optimization of SAB Comminution Circuits of Multi-source Raw Material
Zhang Xingxun1, Ye Zhiyong1, Rao Mingsheng1, Huang zhaoqu1, Yang Jiawei2, Zou Guobin3, Luo Feng4
(1.Zijin Mining Group Co,Ltd;2.BGRIMM Technology Group;3.BGRIMM Technology Group,State Key Laboratory of Process Automation in Mining Metallurgy,Beijing Key Laboratory of Process Automation in Mining Metallurgy;4.Fujian KINGKOP intelligent Technology Co,Ltd)
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投稿时间:2021-02-25    修订日期:2021-02-25
中文摘要: 选矿生产、管理过程自动化、信息化与智能化的融合技术,已经成为进一步优化选矿厂资源配置,全面提升选矿厂安全生产、经营管理科学化、现代化水平的有效手段。本文以某选厂典型SAB流程为例,介绍了一套优化控制系统在多源矿点配矿的磨矿分级流程中的应用方法和使用效果。目标流程通过采用智能给料、专家系统、模糊控制和参数自适应等先进的检测和过程控制技术实现了磨矿生产流程的智能控制。
中文关键词: 磨矿  分级  半自磨机  SAB流程  优化控制  专家系统
Abstract:The integration of automation, information and intelligent technology in the mineral processing production and management process has been an effective way to further optimize the resource allocation and comprehensively improve the scientific and modern level of the enterprise in safety production, operation and management. Taking the typical SAB process of a concentrator as an example, the application method and effect of a set of optimized control system in the grinding and classification process with multi-source ore blending are presented in this article. Intelligent control of the grinding production process is realized by adopting advanced detection and process control technologies such as intelligent feeding, expert system, fuzzy control and parameter adaptation.
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基金项目:国家重点研发计划项目“矿物加工流程大数据关键技术研究与应用”资助(编号:2019YFE0105000)
引用文本:
张兴勋,叶志勇,饶明生,黄兆驱,杨佳伟,邹国斌,罗峰.多源矿点配矿的 SAB 流程磨矿优化控制技术应用,[J].有色金属(选矿部分),2021(3):75-82.
Zhang Xingxun,Ye Zhiyong,Rao Mingsheng,Huang zhaoqu,Yang Jiawei,Zou Guobin,Luo Feng.Process Optimization of SAB Comminution Circuits of Multi-source Raw Material[J].Nonferrous Metals(Mineral Processing Section),2021(3):75-82.

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