原地浸矿是一种满足资源和环境保护要求的绿色生产工艺,常用于南方离子型稀土矿山的开采.开采前,需要在山体顶部进行注液孔的施工布置,而钻机是完成这项工作的重要机械设备.由于矿山环境恶劣,设备在使用过程中容易出现腐蚀、变形甚至断裂等故障,会降低稀土矿山的开采效率.基于此,运用故障模式影响与危害性分析(Failure Mode,Effects and Criticality Analysis,FMECA)技术,分析设备各种故障模式及主要影响,为设计、工艺、生产等部门持续性改进设备提供参考,提高设备的安全性和可靠性,延长其使用寿命.
Influence and Hazard Analysis of the Failure Mode of the in Situ Immersion Drilling Rig
In situ leaching is a green production process that meets the requirements of resource and environmental protection,and is often used in the mining of ion-type rare earth mines in southern China.Before mining,it is necessary to carry out the construction arrangement of liquid injection holes on the top of the mountain,and the drilling rig is an important mechanical equipment to complete this work.Due to the harsh mine environment,the equipment is prone to corrosion,deformation and even fracture during use,which reduces the mining efficiency of rare earth mines.Based on this,Failure Mode,Effects and Criticality Analysis(FMECA)technology is applied to analyze various failure modes and main impacts of equipment,providing reference for continuous improvement of equipment in design,process,production and other departments,so as to improve the safety and reliability of the equipment,extend its service life.
in situ leachingdrilling riginjection holeconstruction equipmentfailure mode
NETL
NSTL
万方数据
维普
