The Influence Evaluation Of West Industrial Park Of Daming On Groundwater Environment In Hebei

Groundwater is an important part of ecological system and the Important guarantee formaintaining hydrologic cycle.With the rapid development of urbanization, industrializationand groundwater has become one of the important water supply source in ourcountry.However,in the north of China where groundwater is used as the main watersource,the phenomenon of water decreasing and water pollution is more and moreserious.This is because Overexploitation of groundwater and industrialwastewater,sewage,rural areas using large dose of chemical fertilizers and sewageirrigation.Therefore,carrying out research on groundwater protection has becoming waterresources environmental protection areas of basic research and high-tech research priorityin our country.The west industrial park of Daming located in the is a tripod chemical plants such askey enterprise as the core, driving the development of relevant industries of industrialcluster development.In order to carry out the provincial, city series of direction onaccelerating the development of industrial park and cultivate new economic growth point ofeconomy,the new west industrial park is building in Pushang on the basis of 《TwelfthFive-year Plan for National Economic and Social Development Program in Daming》.This article provides the basis for site selection, engineering design and environmentalmanagement of the industrial park through to Daming west industrial park projectengineering analysis, hydrogeology survey in the study area, the groundwater environmentquality present situation investigation and evaluation, and through numerical method, andpredicting and evaluating groundwater environment impact simulation.Combining with hydrogeological conditions of study area, the predictions ofgroundwater environmental impact from software park was made by Visual Modflow.Predicted results showed that the construction of industrial parks in Daming County Westwas with less risk of groundwater environmental impact. Comprehensively consideratingthe hydrogeological conditions with groundwater protection goals and other factors fromthe hydrogeological point, the project site is feasible.