Research on production organization optimization based on full-continuous process system in Yimin Open-pit Mine
LI Wei
CAO Hui
Abstract：To address the complex geological conditions of irregular permafrost layer and rock concretions in the full continuous process system,as well as the safety threats to the conveyor belt posed by the top of the non-working slope,the article presents a"five-step method"and an inverted"H"-shaped excavation method,which effectively solve the production challenges brought by special geological structures.Meanwhile,"three-step"approach combining technical prevention,personnel prevention and special supervision has been implemented to systematically enhance the safety of the conveyor belt transportation system.The research results show that these methods have successfully resolved practical issues related to permafrost layer,rock concretions,and frozen slope tops,and have laid a solid foundation for the stable succession of the subsequent mining field's"two quantities"(ore reserves and production capacity).
Keywords：permafrost layerrock concretionspecial geological structurefull continuous process systemproduction organization optimizationsafety control measuresuccession stability
Publication Date：2025-12-15
Online Publishing Date：2026-01-06(First online date of this platform, not the publication date of the document)
Pages：4( 58-61 )