摘要
文章以赵庄煤矿为例,通过化探技术对矿井各含水层进行取样分析,并收集以往水质资料,建立矿井水化学资料基础数据库,实现对矿区奥陶纪灰岩岩溶水化学场进行系统性地研究,以此来构建矿井突水水源科学准确的判别模式,以便在矿井突水时快速预测及识别突水水源,及时指导采矿安全,进而为下组煤开采提供可靠的技术保证。
Taking Zhaozhuang Coal Mine as an example,this paper sampled and analyzed each aquifer of the mine by means of geochemical exploration technology,collected the previous water quality data,established the basic database of mine water chemical data,and realized the systematic study of the Ordovician limestone karst water chemical field in the mine,so as to construct the scientific and accurate discrimination model of mine water inburst source.In order to predict and identify the water source of mine water inrush quickly,timely guide mining safety,and then provide reliable technical guarantee for the next group of coal mining.
作者
申晓峰
Shen Xiaofeng(Zhaozhuang Coal Industry Co.,Ltd.,Jinneng Holding Equipment Manufacturing Group,Shanxi,046605)
出处
《当代化工研究》
CAS
2023年第17期8-10,共3页
Modern Chemical Research
关键词
化探
水化学
数据库
水源判别
geochemical exploration
water chemistry
database
water source discrimination
作者简介
申晓峰(1985-),男,汉族,山西长治人,本科,地测工程师,研究方向:煤矿地质防治水与测量技术管理。
