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王新娟, 李 阳, 孙 颖, 李志萍.SCE优化算法在地下水纳污能力计算中的应用——以北京西郊地区为例水资源与水工程学报[J].,2014,25(5):228-232
SCE优化算法在地下水纳污能力计算中的应用——以北京西郊地区为例
Application of SCE algorithm in calculation of environmental carrying capacity groundwater
  
DOI:10.11705/j.issn.1672-643X.2014.05.050
中文关键词:  SCE算法  溶质模型  环境容量  典型污染物
英文关键词:SCE algorithm  solute transport model  environmental capacity  typical pollutant
基金项目:北京市科技计划项目(D07050601510000)
作者单位
王新娟1, 李 阳2, 孙 颖1, 李志萍1 (1.北京市水文地质工程地质大队 北京 100195 2.中地华安地质勘查有限公司 北京 100083) 
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中文摘要:
      在已建城近郊区地下水流模型的基础上,通过对模型概化梳理建立水源三厂地区溶质运移模型。采用SCE优化算法与溶质运移模型相耦合,计算一定时期内水源三厂区域可承纳的典型污染物最大允许排放量。经模拟计算,20年内不使水源三厂水质超标情况下,水源三厂保护区内,田村北、西冉村、北坞村东垃圾填埋场的最大NO-3(以N计)和Cl离子年排放量分别为:NO-3(以N计)浓度,北坞村东18.59 t/a、田村北42.29 t/a、西冉村21.45 t/a;Cl-浓度,北坞村东235.66 t/a、田村北441.13 t/a、西冉村290.13 t/a。计算结果为水源地污染预警预报系统的建立及其水源地的保护提供科学依据。 
英文摘要:
      On the basis of groundwater flow model in the suburbs,the paper built the solute transport model of the third plant of water source in the western suburbs by generalizing the model.It calculated the maximum allowa ble emissions of the acceptable typical pollutants within a certain period by using the couple of SCE algorithm with the solute transport model. The result indicated that under the circumstance of water quality being no more than the class III water standard within twenty years, the maximum annual emissions of NO-3 and Cl- of landfills in the north of Tiancun, Xirancun, and the east of Beiwucun in the protected area of the third plant of water source are as follows, the density of NO-3, the east of Beiwucun is 18.59t/a, the north of Tiancun is 42.29t/a, Xirancun is 21.45t/a; and the density of Cl-, the east of Beiwucun is 235.66t/a, the north of Tiancun is 441.13t/a, Xirancun is 290.13t/a.The result can provide the basis for the establishment of water pollution early-warning system and the protection of water source.
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