环境保护科学2024，Vol.50Issue(6)：75-82,8.DOI:10.16803/j.cnki.issn.1004-6216.202310006
基于水力调控的地下水BTEX污染控制与修复模拟试验研究
Simulation test study on groundwater BTEX pollution control and remediation based on hydraulic regulation
摘要
Abstract
Groundwater hydraulic control is an effective groundwater pollution control and remediation technology,which is widely used in groundwater pollution prevention and control.Leveraging a multifunctional simulation device for groundwater pollution migration and in-situ remediation,an experimental study was conducted on the control and remediation of underground water BTEX pollution using hydraulic control combined with in-situ microbial remediation.The research involved the comprehensive analysis of the applicable conditions for different well layouts,pumping rates,and pumping durations in hydraulic control.Factors such as hydrogeological conditions of the contaminated site and the properties of pollutants were considered as determining elements.Based on the simulation experiments,the following conclusions were drawn:the combined pumping and injection hydraulic control method accelerated the migration speed of the pollution plume by approximately 1 time,with the peak concentration of pollutants decreasing by up to 83%.The polluted groundwater flow downstream decreased by 74%,effectively controlling the pollution plume.When hydraulic control was combined with in-situ microbial remediation,the pollutant concentration under hydraulic control conditions was only about 0.005%of that under conditions without hydraulic control,significantly enhancing the efficiency of BTEX degradation based on microbial activity.关键词
地下水/地下水污染/水力调控/污染控制与修复Key words
groundwater/groundwater pollution/hydraulic control/pollution control and remediation分类
资源环境引用本文复制引用
秘昭旭,罗育池,韩奕彤,刘畅..基于水力调控的地下水BTEX污染控制与修复模拟试验研究[J].环境保护科学,2024,50(6):75-82,8.基金项目
广东省省级科技计划项目(2017B020236001) （2017B020236001）
