摘要
文章运用地下水易污性编图及污染源分布图法进行了乌鲁木齐河流域地下水水质监测网设计。共设计了130监测孔,现有46个监测孔,另需要84个新的监测孔。按监测类型分为面源监测点22个,点源监测点87个,重点水源地与泉水监测点21个。按监测运行分长期监测点55个,流域普查监测点75个。普查监测点监测频率为1次/5年,长期监测点监测频率为1次/年。首期有针对性地在污染严重的柴窝堡新化厂排污区、乌鲁木齐河谷老排污区、米泉污灌区、米泉工业污染区、老龙河污染区取了25个污染水样测试分析,结果显示地下水已经受到严重污染。
This paper describes the design of a regional Basin. Groundwater vulnerability map and distribution of designed groundwater quality monitoring network for Urumqi River pollution sources were used to locate sampling sites. The quality network consists of 130 monitoring wells, wells are used to monitor pollution from diffusive sources, and springs. 55 wells are operational monitoring wells 46 of which are existing wells and 84 are new wells. 22 87 for point sources and 21 for water supply well fields with a sampling of frequency surveillance monitoring wells with a frequency of sampling once every pollution risk areas for analysis. The results show that groundwater in of once a year. 75 are 5 years. 25 samples were taken from 5 high these areas are heavily polluted.
出处
《水文地质工程地质》
CAS
CSCD
北大核心
2008年第1期12-18,共7页
Hydrogeology & Engineering Geology
基金
中国荷兰合作项目“中国地下水信息中心能力建设”
