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文章摘要
滇池流域城市型河流盘龙江总磷水环境容量测算研究
Calculation for Water Environmental Capacity of Total Phosphorus in Urban-type River PanLongJiang
  
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中文关键词: 
英文关键词: 
基金项目:流域社会经济结构调整及水污染综合防治中长期规划研究基金资助项目(2008ZX07102-001);云南省科技计划基金资助项目(2008ZC004M)
作者单位
杨桐 云南大学工程技术研究院云南大学生命科学学院 
杨常亮 云南大学工程技术研究院 
刘卫红 云南平正环保科技有限公司 
毛永杨 云南大学工程技术研究院云南大学生命科学学院 
杨亮秀 云南大学工程技术研究院云南大学生命科学学院 
袁琳娜 云南大学工程技术研究院云南大学生命科学学院 
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中文摘要:
      为了水体污染物容量总量控制, 将盘龙江水环境容量划分为4个控制单元,采用两点示踪法确定盘龙江总磷(TP)综合降解系数,并采用一维水质模型对其进行了验证,在此基础上利用模型计算了盘龙江各控制单元的TP水环境容量。结果表明,盘龙江TP综合降解系数的区间值为0.016 d-10.002 d-1,盘龙江4个控制单元(Ⅰ段、Ⅱ段、Ⅲ段、Ⅳ段)的TP水环境容量分别为1.60 t/a~1.61 t/a、10.00 t/a~10.02 t/a、14.52 t/a~14.60 t/a、22.23 t/a~22.28
英文摘要:
      For total amount of water pollutant control, river PanLongJiang water environmental capacity was divided into four sections. Total Phosphorus integrated degradation coefficient of river PanLongJiang was determined by two-point tracer monitoring method, and verified using one-dimensional water quality model. Water environmental capacity of TP of each section was calculated by one-dimensional water environmental capacity model. The results showed that TP integrated degradation coefficient of river PanLongJiang was 0.016 d-10.002 d-1, and that the capacity for TP in the sectionⅠ, sectionⅡ,section Ⅲ and section Ⅳ of river PanLongJiang were respectively 1.60 t/a~1.61 t/a,10.00 t/a~10.02 t/a, 14.52 t/a~14.60 t/a, and 22.23 t/a~22.28 t/a. It would help the prevention and treatment of water pollution for the Dian Lake.
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