基于数学模型的中上Tietê盆地有机质浓度演化情景

Camila Pereira Montovani, E. Poletti
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引用次数: 0

摘要

水体一直受到生活和工业污水处理所造成的污染。这个问题主要与有机物有关,如果没有适当的处理,就会成为社会健康和环境的主要问题。因此,本研究通过数学建模,通过生化需氧量值,评估了铁特河有机质浓度的演化框架。铁特河位于UGRHI 6的上铁特河的子流域,是世界上污染最严重的河流之一,该地区大量工业和居民输入了大量污染物。所使用的模型以差分方程系统为基础,并通过计算机模拟提出了促进有关河流污染的讨论的结果,并表明与缺乏处理有关的现有排放是分水岭分类质量和若干部分高污染程度的前兆因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evolving scenarios of organic matter concentration in alto Tietê basin by mathematical modeling
The water bodies has been suffering with the pollution caused by the disposal of domestic and industrial sewage. The problem is relate, mainly, to the organic matter and scenarios without appropriate treatments become a major problem for the health of society and the environment. Thereby, the present study evaluated the evolutionary framework of the concentration of organic matter in the Tiete river, via mathematical modeling, through values of biochemical oxygen demand. The Tiete river is located in the sub-basin of the Alto Tiete in UGRHI 6, characterized as one of the most polluted rivers in the world and receives large inputs of pollutants by the large number of industries and inhabitants of the region. The model used is based on a system of difference equations and presents, through computer simulations, results that promote relevant discussions in terms of river pollution and indicate that existing discharges, linked to the lack of treatment, act as precursor agent of the quality of the watershed classification and the high levels of pollution in several parts.
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