DOI: 10.11799/ce202503009
Integrated grouting remediation technology for linear water-conducting channels in fault fracture zones
CHEN Jianwei
Abstract：To address the engineering challenges posed by fractured surrounding rock,thin aquicludes,argillization,and compromised bearing capacity near the water inrush point of the F22-1 fault in Xindeng Coal Mine,a comprehensive grouting strategy was developed targeting linear water-conducting channels.The methodology synergistically combines roadway backfilling,surrounding rock reinforcement,dewatering depressurization,reverse-flow grouting,and drainage-oriented grouting to achieve structural stabilization of water-conducting pathways and hydrodynamic control through pressure regulation and flow diversion.Critical operational challenges during grouting operations,including channel collapse,dynamic pathway evolution,and insufficient aquiclude integrity,were systematically mitigated,realizing successful water-blocking efficacy within the fault fracture zone.
Keywords：fault fracture zonelinear water-conducting channelsdewatering depressurizationreverse-flow groutingdrainage-oriented groutinghydraulic barrier construction
Publication Date：2025-03-20
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：7( 58-64 )