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Impact of Ozone and Biological Filtration on Water Quality Parameters in Arlington,Texas

机译:臭氧和生物过滤对德克萨斯州阿灵顿水质参数的影响

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摘要

The City of Arlington began experiencing atypical water quality problems beginning in 1999 after ozonation and biofiltration were added to the existing conventional treatment processes.These problems included high chloramine residual decay rates,system nitrification and elevated manganese levels in the finished water.This study reviewed literature,existing plant and system data and collected additional data to determine if modifications to the plant and system processes would resolve these water quality problems.Results demonstrated that chloramine stability is improved with increased free chlorine contact time at a pH near 8.3.Improved biofiltration by nurturing the bio-mass in the filters also improves chloramine stability as well as eliminating the breakthrough of manganese at the filters.Careful monitoring and minimizing water age in the distribution system can also reduce water quality issues.
机译:在对现有的常规处理工艺进行臭氧处理和生物过滤后,阿灵顿市于1999年开始遇到非典型水质问题,这些问题包括高氯胺残留衰减率,系统硝化作用和最终水中锰含量升高。 ,现有的工厂和系统数据以及收集的其他数据,以确定对工厂和系统过程的修改是否可以解决这些水质问题。结果表明,在pH值接近8.3的情况下,氯胺的稳定性随着游离氯接触时间的增加而得到了改善。过滤器中的生物质还改善了氯胺的稳定性,并消除了过滤器中锰的渗透。仔细监控和最小化分配系统中的水龄还可以减少水质问题。

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