深圳西丽水库水源地污染源调查与分析
|
摘要
对深圳市重要水源地西丽水库周边的城镇生活、工业、面源污染源进行了详细调查。结果显示,西丽水库周边每年约产生COD为2464.50 t、氨氮约为295.54 t、总磷约为35.04 t。按照污染源类型划分,COD、氨氮、总磷最大来源是城镇生活源,分别为89.03%、91.16%和91.95%;按照控制单元划分COD、氨氮、总磷最大分担率是大磡子流域,分别为49.57%、50.94%和50.54%。
The integrated investigation is progressed on industrial,living and farming surface runoff of Xili reservoir which as an important water resource in Shenzhen. The results are as follows:The COD is about 2464.50 t, while NH_3 is about 295.54 t and tTP is about 35.04 t was generated every year around the Xili reservoir. According to the types of pollution sources, the largest sources of COD, NH_3 and TP are urban living sources, which are 89.03%, 91.16% and 91.95% respectively;According to the control unit, the maximum share of COD, NH_3 and TP is Dakan river basin, which is 49.57%, 50.94% and 50.54% respectively.
The integrated investigation is progressed on industrial,living and farming surface runoff of Xili reservoir which as an important water resource in Shenzhen. The results are as follows:The COD is about 2464.50 t, while NH_3 is about 295.54 t and tTP is about 35.04 t was generated every year around the Xili reservoir. According to the types of pollution sources, the largest sources of COD, NH_3 and TP are urban living sources, which are 89.03%, 91.16% and 91.95% respectively;According to the control unit, the maximum share of COD, NH_3 and TP is Dakan river basin, which is 49.57%, 50.94% and 50.54% respectively.
引文
[1]邵年华．前置库技术在西丽水库面源污染治理中的应用[J]．珠江水运，2019,17(043):76-77.
[2]陈筱云．西丽水库管理的措施与实践[J]．人民珠江，2007(1):67-72.
[3]唐彬，周理程，陈灿巫，等．水流域的工业污染源调查和干流水质特征分析[J]．湖南农业大学学报(自然科学版)，2014,4(40):421-425.
[4]国务院第一次全国污染源普查领导小组办公室．第一次全国污染源普查城镇生活源产排污系数手册[R]．北京：国务院第一次全国污染源普查领导小组办公室，2008.
[5]王寿兵，钱晓雍，赵钢，等．环淀山湖区域污染源解析[J]．长江流域资源与环境，2013,22(3):331-336.
[6]刘琼琼，张彦，王妍溪，等．基于控制单元的独流减河流域农村非点源污染空间特征解析[J]．环境污染与防治，2018,40(9):979-982,987.
[7]江燕，秦华鹏，肖鸾慧．州不同城市用地类型地表污染物累积特征[J]，北京大学学报(自然科学版)，2017,3(53):525-534
[8]沈乐，杜勇．长江南京段污染源对饮用水源地的影响及对策[J]，江苏水利，2016,2:28-34.
[2]陈筱云．西丽水库管理的措施与实践[J]．人民珠江，2007(1):67-72.
[3]唐彬，周理程，陈灿巫，等．水流域的工业污染源调查和干流水质特征分析[J]．湖南农业大学学报(自然科学版)，2014,4(40):421-425.
[4]国务院第一次全国污染源普查领导小组办公室．第一次全国污染源普查城镇生活源产排污系数手册[R]．北京：国务院第一次全国污染源普查领导小组办公室，2008.
[5]王寿兵，钱晓雍，赵钢，等．环淀山湖区域污染源解析[J]．长江流域资源与环境，2013,22(3):331-336.
[6]刘琼琼，张彦，王妍溪，等．基于控制单元的独流减河流域农村非点源污染空间特征解析[J]．环境污染与防治，2018,40(9):979-982,987.
[7]江燕，秦华鹏，肖鸾慧．州不同城市用地类型地表污染物累积特征[J]，北京大学学报(自然科学版)，2017,3(53):525-534
[8]沈乐，杜勇．长江南京段污染源对饮用水源地的影响及对策[J]，江苏水利，2016,2:28-34.