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Modeling Solutionaids Major Rezoning Study

机译:建模解决方案有助于重大分区研究

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The modeling analysis showed that for the three external WPCPs (26th Ward, Coney Island and Rockaway), there was no difference between future build and no-build scenarios. For the Jamaica WPCP, future no-build and build flows were found to be between 2% and 6% greater than the existing conditions for all three parameters. Fecal coliform loads were estimated to be some 12% less than now due to completion of the Paer-degat CSO retention facility (which will reduce storm flows) prior to 2015. The increases in loadings of the future build condition relative to the future no build state tends to be less than 1 %. CSO discharges are likely to decrease by around 11 % with completion of the Paerdegat facility. Again, there is less than 1% difference between build and no-build scenarios. The analysis confirms that the proposed actions would not have significant adverse impacts for the water quality in Jamaica Bay.
机译:建模分析表明,对于三个外部WPCP(第26病区,康尼岛和Rockaway),未来的构建和不构建方案之间没有区别。对于牙买加WPCP,发现未来的无建造量和建造量比所有这三个参数的现有条件大2%至6%。由于Paer-degat CSO保留设施(这将减少风暴流量)在2015年前完成,粪便中的大肠菌群负荷估计比现在减少了约12%。未来建造条件的负荷相对于未来没有建造的负荷增加状态往往小于1%。随着Paerdegat工厂的建成,CSO排放量可能会减少11%左右。同样,构建和不构建方案之间的差异不到1%。分析证实,拟议的行动不会对牙买加湾的水质产生重大不利影响。

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