Due to the complex geological structure and abundant groundwater system in karst areas, the gushing water disasters of mines in karst areas are characterized by large flow rate, high velocity and frequent occurrence, which have become an unavoidable social problem, further caused huge economic losses and casualties. In this paper, a novel treatment method and construction technology were summarized and put scientifically forward a set of management procedure for karst gushing water treatment to guarantee security production during mine construction in karst region. The construction procedure includes safety assessment policy, precise exploration method, collaborative grouting mode, curtain closure technology and effectiveness inspection system, furthermore the precise exploration method, grouting material, construction steps and effectiveness check for the karst gushing water treatment are introduced in detail. Finally, the engineering application was successful conducted using the karst pipeline gushing water procedure in treatment object of water inrush of mine belonged to China Resources Cement (Pingnan Country) limestone mine co., which the total quantity of gushing water reached to 117700 m³/d. The engineering trial demonstrates the applicability of this treatment process and accumulated for the similar projects so as to further perfect the treatment method and technology of water inrush in karst conduit.

由于岩溶地区地质构造复杂，地下水系统丰富，岩溶地区矿山涌水灾害以大流量，高速度，频繁发生为特征，已成为不可避免的社会问题，进一步造成了巨大的经济损失和经济损失。伤亡。本文总结了一种新颖的处理方法和施工技术，科学地提出了一套岩溶涌水处理管理程序，以保证岩溶地区矿山建设过程中的安全生产。施工程序包括安全评估政策，精确的勘探方法，协同注浆模式，幕帘关闭技术和有效性检查系统，此外还有精确的勘探方法，注浆材料，详细介绍了岩溶涌水处理的施工步骤和有效性检查。最后，利用岩溶管道喷水工艺成功地对华润水泥（屏南县）石灰岩矿山公司矿井突水的处理对象进行了工程应用，喷水总量达到117700 m。³ /天 工程试验证明了该处理工艺的适用性，并已在类似项目中积累，以进一步完善岩溶导管突水的处理方法和技术。