江西科学2024,Vol.42Issue(1) :155-159.DOI:10.13990/j.issn1001-3679.2024.01.025

MIKE21模型在赣江入湖口及邻鄱阳湖水域水质模拟的应用

Application of MIKE 21 Model in Water Quality Simulation of Ganjiang River Entrance and Adjacent Poyang Lake

沈越 张健 尤佳艺 王长芳子 黄一
江西科学2024,Vol.42Issue(1) :155-159.DOI:10.13990/j.issn1001-3679.2024.01.025

MIKE21模型在赣江入湖口及邻鄱阳湖水域水质模拟的应用

Application of MIKE 21 Model in Water Quality Simulation of Ganjiang River Entrance and Adjacent Poyang Lake

沈越 1张健 2尤佳艺 3王长芳子 3黄一2
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作者信息

  • 1. 江西省生态环境监测中心,330039,南昌
  • 2. 江西省生态环境科学研究与规划院,330039,南昌
  • 3. 江苏河海环境科学研究院有限公司,210009,南京
  • 折叠

摘要

为分析规划南昌枢纽正常调度运行条件下对鄱阳湖区水质的影响,针对区域水质现状,以主要污染物COD、氨氮、TN、TP为指标,应用MIKE21 模型建立反映模拟评价赣江入河口区域及邻鄱阳湖水域水质演变情况,模拟结果表明,规划南昌枢纽建设对鄱阳湖水质影响主要集中在入湖口闸门及附近区域,对鄱阳湖整体影响较小.规划枢纽正常运行后,靠近赣江的南矶山、伍湖分场鄱阳湖考核断面水质浓度有所减少;靠近金溪咀、南湖村鄱阳湖考核断面水质浓度有所增加,不改变鄱阳湖水质类别,对鄱阳湖影响较小.

Abstract

In order to analyze the impact of the planned Nanchang hydro-junction on the water quali-ty of Poyang Lake area under the normal dispatching and operation conditions,in view of current water quality situation,the main pollutants COD,ammonia nitrogen,TN and TP were taken as indi-cators,and the MIKE21 model was applied to establish a simulation of the water quality evolution of the Ganjiang River estuary area and the Poyang Lake water area.The simulation results show that the impact of the planned Nanchang hydro-junction on the water quality of Poyang Lake is mainly concentrated at the lake entrance and nearby areas,the overall impact on Poyang Lake is small.Af-ter the normal operation of the planned hydro-junction,the water quality concentration of the Poy-ang Lake assessment section of Nanjishan and Wuhu sub stations near the Ganjiang River has de-creased;The concentration of water quality in the assessment section of Poyang Lake near Jinxizui and Nanhu Village has increased,which does not change the water quality category of Poyang Lake and has little impact on Poyang Lake.

关键词

MIKE21/水质/赣江/鄱阳湖

Key words

MIKE21/water quality/Ganjiang river/Poyang Lake

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出版年

2024
江西科学
江西省科学院

江西科学

影响因子:0.286
ISSN:1001-3679
参考文献量10
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