风险预控管理在盾构施工煤矿斜井工程中的应用研究  

Risk Pre-control Management's Application in Construction of Shield Tunneling Coal Mine Inclined Shaft

作　　者：曹勰 

机构地区：[1]神华新街能源有限责任公司新街项目部,内蒙古鄂尔多斯017212

出　　处：《施工技术》2016年第23期19-21,共3页Construction Technology

基　　金："十二五"国家科技支撑项目(2013BAB10B02)

摘　　要：盾构法作为一种成熟的隧道施工方法,在铁路、公路、市政、水电领域有着广泛应用。但该工法在煤矿中的应用是一个崭新的课题,无现成规范和工程实例可以借鉴,对于神华新街台格庙矿区大埋深、长距离煤矿斜井施工将面临深部高地应力、高水压、开采扰动等恶劣、复杂工作环境的挑战及风险。风险预控作为国内煤矿安全管理最有效方法,具有理念先进、方法科学、应用有效的特点。把风险预控管理法应用到盾构施工新街台格庙煤矿试验斜井工程建设安全管理中,必将对盾构安全、高效、顺利施工提供强有力的安全保障作用。As a mature tunnel construction method, shield method is widely applied in fields such as railway, highway, municipal work and hydropower. However, the application of the construction method in coal mine is a brand-new subject, no existing standard or project case can be used as reference. The inclined shaft of Shenhua Xinjie Taigemiao Mine has the feature of large depth and long range, hence the construction is facing the challenge and risk of complex conditions, such as high ground pressure, high hydraulic pressure and mining disturbance in deep areas. As the most effective coal mine safety management method in China, risk pre-control is advanced in idea, scientific in approach and effective in practice. Applying risk pre-control management method in the construction safety management of shield tunneling Xinjie Taigemiao Mine＇ s test inclined shaft project will provide safety assurance for the safe, efficient and smooth construction of the shield machine.

关 键 词：煤矿 斜井 盾构 风险预控管理 危险源辨识 风险管控点 应用 

分 类 号：TD791[矿业工程—矿井通风与安全]