摘要
随着东部贫矿开采工程的建设,金川三矿区将形成大型多风井通风系统。为解决通风调节和管理问题,应用模拟仿真技术,构建了矿井通风模拟仿真系统,对矿井投产阶段通风系统架构进行模拟预测,对存在问题进行分析并提出优化措施,有效改善了通风系统效能,实现了大型多风井通风系统的可视化、智能化管控。
With the construction of the eastern lean mine mining project,Jinchuan No.3 Mining Area will form a large multi-air shaft ventilation system.In order to solve the problems of ventilation regulation and management,a mine ventilation simulation system was built by using simulation technology.By simulat⁃ing and optimizing the ventilation system architecture in production stage,analyzes the existing problems of ventilation system and puts forward optimization measures.Ventilation efficiency is effectively improved,and the visualization and intelligent control of large-scale and multi-air shaft of the ventilation system is re⁃alized.
作者
薛希忠
孙其龑
冉金强
XUE Xizhong;SUN Qiyan;RAN Jinqiang(NO.3 Mining Area,Jinchuan Group Co.,Ltd.)
出处
《现代矿业》
CAS
2021年第3期195-197,222,共4页
Modern Mining
关键词
仿真模拟
多风井矿井
通风系统
预测优化
analogue simulation
multi-air shaft mine
ventilation system
prediction and optimization