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Application WASP model on validation of reservoir-drinking water source protection areas delineation

机译:WASP模型在水库饮用水源保护区划定验证中的应用

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Applied the OTOXI module and EUTRO module of WASP7.2 model to carrying out forecast analysis on attenuation condition of the main water quality control factors within second-level protection area which delineated by experience value, took the reality water volume of 2007 and forecast water volume of 2010, 2020 as the validating condition, demonstrated the rationality of the second-level protection area which delineated by experience value method. The results indicated that the second-level protection area could satisfy industry and life water request in 2007 and 2010, and could also satisfy the request of living in 2020, the protection area delineation has been proved reasonable. Further obtained the allowable maximum taking water volume of the protection area is 145 million m3/a through the computation, it is suggested that the industry intake moves when water volume which taken from the first-level and second-level protection areas is bigger than the maximum volume, to ensuring the quality and stability of the intake drinking water.
机译:应用WASP7.2模型的OTOXI模块和EUTRO模块对二级保护区内主要水质控制因子的衰减情况进行了预测分析,以经验值表示,取2007年实际水量和预测水量以2010年,2020年为验证条件,通过经验值法论证了二级保护区的合理性。结果表明,二级保护区可以满足2007年和2010年的工业和生活用水要求,也可以满足2020年的生活用水要求,保护区划界已被证明是合理的。通过计算进一步得出保护区的最大取水量为1.45亿立方米/年,建议当一级和二级保护区取水量大于最大取水量时,工业取水口移动。最大量,以确保摄入的饮用水的质量和稳定性。

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