2003Unpublished venueRequires access

Water pollution control planning for Guangdong section of Jiuzhoujiang River

Hui Guan

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Abstract

Based on the present situation of water quality investigation and prediction of pollution sources, the 2-D steady-state water quality model was adopted for prediction of the length of polluted belts caused by pollutants discharged from various outlets into the river. In combination with the relationships between the quantity of pollutants from each discharge outlet, the length of polluted belts, and the objective of water quality protection of each functional region, a comparative analysis was made of some alternatives for water pollution control, so as to determine a reasonable objective for the control of the total amount of pollutants discharged into each control unit and to formulate a water pollution control scheme.

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What this paper is about

Based on the present situation of water quality investigation and prediction of pollution sources, the 2-D steady-state water quality model was adopted for prediction of the length of polluted belts caused by pollutants discharged from various outlets into the river. In combination with the relationships between the quantity of pollutants from each discharge outlet, the length of polluted belts, and the objective of water quality protection of each functional region, a comparative analysis was made of some alternatives for water pollution control, so as to determine a reasonable objective for the control of the total amount of pollutants discharged into each control unit and to formulate a water pollution control scheme.

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Available abstract

Based on the present situation of water quality investigation and prediction of pollution sources, the 2-D steady-state water quality model was adopted for prediction of the length of polluted belts caused by pollutants discharged from various outlets into the river. In combination with the relationships between the quantity of pollutants from each discharge outlet, the length of polluted belts, and the objective of water quality protection of each functional region, a comparative analysis was made of some alternatives for water pollution control, so as to determine a reasonable objective for the control of the total amount of pollutants discharged into each control unit and to formulate a water pollution control scheme.

Key concepts: Pollutant, Pollution, Environmental science, Water quality, Water pollution, Environmental engineering, Water resource management, Hydrology (agriculture)

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