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贵州遵义镍钼矿尾矿库设计
引用本文:周建华,周吉谦,杨珊,李涛.贵州遵义镍钼矿尾矿库设计[J].有色金属(矿山部分),2011,63(6).
作者姓名:周建华  周吉谦  杨珊  李涛
作者单位:1. 贵州西部矿业信成资源开发有限公司,贵州毕节,553200
2. 中南大学,长沙,410083
基金项目:湖南省博士生科研创新项目资助项目
摘    要:尾矿库是矿山企业不可缺少的建设工程,是矿山安全、经济、高效生产的重要保障。介绍尾矿库的组成、特点及作用。结合贵州遵义镍钼矿基础资料,选择桃子台库址作为镍钼矿开发项目配套的尾矿库选址,对初期坝、库容及其等级进行确定。并对尾矿库的排洪系统、排水系统进行设计,其中坝顶为1 097m,总库容1 881.52×104 m3,能堆存选厂45年产生的尾矿量。

关 键 词:尾矿库  库址选择  库容  排洪系统  排水系统

Design for tailings pond of Zunyi Ni-Mo Mine in Guizhou province
Authors:ZHOU Jianhua  ZHOU Jiqian  YANG Shan  LI Tao
Affiliation:ZHOU Jianhua1,ZHOU Jiqian1,YANG Shan2,LI Tao1(1.Guizhou Xincheng Resources Development Co.,Ltd of Western Mining Co.,Ltd.,Bijie Guizhou 553200,China,2.Central South University,Changsha 410083,China)
Abstract:Tailings pond is indispensable construction engineering,and it is important support for mine safety,economic and high-efficient production.The compositions,features and functions of tailings ponds are introduced.Based on basic data in Guizhou Zunyi Ni-Mo Mine,Taozitai is selected as the tailings reservoir location,the initial dam,reservoir capacity and level are determined,drainage system is designed.The dam crest is 1 097 m high,and the total storage capacity is 1 881.52×104 m3,which can hold the amount of tailings produced by the processing plant for 45 years.
Keywords:tailings pond  site selection  storage capacity  flood drainage system  drainage system  
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