千万吨级主井高速大载重提升技术研究与应用  

Research and Application of High Speed and Large Load Hoisting Technology for Ten Million Tons Main Shaft

作　　者：李浩宇[1] 徐长磊[1] 韩瑞军[1] 施士虎[1] 杜贵文[1] 徐广译 LI Haoyu;XU Changlei;HAN Ruijun;SHI Shihu;DU Guiwen;XU Guangyi

机构地区：[1]中国恩菲工程技术有限公司,北京100038

出　　处：《中国矿山工程》2024年第1期53-59,共7页China Mine Engineering

摘　　要：以千万吨级“双超”矿山——思山岭铁矿主井提升系统建设为背景,从主井提升系统方案、竖井提升运行安全间隙研究、大型化提升技术装备应用、大型主井井塔布置等方面综合论述了主井提升系统参数确定所开展的研究工作以及设计建设采用的新技术、新装备。思山岭铁矿主井提升系统的建设将对我国类似矿山竖井高速大载重提升系统的建设实施具有较强的标杆示范意义。Based on the construction of main shaft hoisting system in Sishanling Iron Mine,a ten-million-ton"double super"mine,this paper comprehensively discusses the research work carried out in determining the parameters of main shaft hoisting system and the new technology and equipment adopted in design and construction from the aspects of main shaft hoisting system scheme,shaft hoisting operation safety clearance research,large-scale hoisting technical equipment application and large-scale main shaft tower layout.The construction of main shaft hoisting system in Sishanling Iron Mine will have a strong benchmark demonstration significance for the construction and implementation of high speed and heavy load hoisting system in similar mines in China.

关 键 词：千万吨级 高速 大载重 安全间隙 主井提升 

分 类 号：TD532[矿业工程—矿山机电]