Affiliation:
1. Xi’an University of Technology
2. Zhongbuyinhuang Project
Abstract
In order to know the environmental capacity, improve the continual deterioration of the water quality in Sushui River, and promote the harmonious development of economy and aquatic environment, we did the following research. Based on the 1-D steady-state water quality model, the outfalls are generalized, and then we derived the formula for calculating water environmental capacity of each reach. According to the information of water quality, hydrology data and the discharge distribution of the river, we chose COD, ammonia nitrogen and volatile phenol as the main control factors, and some formulas were used to calculate the water environmental capacity of COD, ammonia nitrogen and volatile phenol. From which we got that annual water environmental capacity of COD, ammonia nitrogen and volatile phenol on the studied reach respectively arrive at 1257.897~1420.928t, 17.873~26.025t and 1.750~2.871t under different design terms. It is serious pollution in the Sushui River, combined with the status quo emissions, we found that under different design terms, the annual quantity of pollutants reduction of COD, ammonia nitrogen and volatile phenol arrive at 30.36×106t, 3.257×106t and 0.1745×106t.
Publisher
Trans Tech Publications, Ltd.
Reference12 articles.
1. Fujiwara O., Gnanendran S.K., and Ohgaki S. River quality management under stream flow [J]. Journal of Environmental Engineering,1986,112(2): 180-181.
2. Koutseris E. The Carrying Capacity for Touristic Development and the Environmental Capacity about the Sustainability: Research in Certain Coasts of Magnesia, Greece [J]. Mathematics and Computers in Science and Engineering, 2009, 7: 58-63.
3. Borges ECL, Mozeto AA, Neves EEA, et al. Study of complexation capacity and its relationship with some environmental variables in five reservoirs of the Tiete river system [J]. QUIMICA NOVA, 2007, 7 (30): 1505-1511.
4. ZHANG Yong-liang, LIU Pei-zhe. water environmental capacity comprehensive manual [M]. Beijing: Tsinghua University Press, 1991: 138-145. (Chinese).
5. WU Bo, DANG Zhi-liang. Study on water environment capacity for Han and Dan River valley in Shanxi section [J]. Water Sciences and Engineering Technology, 2009 (1): 12-14. (Chinese).
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