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Assessment of high density of onsite wastewater treatment systems on a shallow groundwater coastal aquifer using PCA

机译:使用PCA评估浅层地下水沿岸含水层现场废水处理系统的高密度

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摘要

Onsite wastewater treatment systems are common throughout the world, including Australia, with approximately 17% of the Australian population relying on these systems to treat and ultimately dispose of wastewater. Systems which are properly sited, designed and managed are an effective way of providing the necessary treatment of wastewater. However, incidence of onsite system failure is common, and this is further compounded in areas where high densities of systems are established. The density of systems is not appropriately assessed in the siting and design stage. Various factors, such as site and soil characteristics and climate, can influence the treatment efficiency, and this is more critical in high density areas. Principal component analysis was used for assessing chemical and microbiological data from shallow groundwater below a high density of onsite treatment systems. The results of this study confirmed that high system densities can significantly impact shallow groundwater systems. Additionally, changes in spatial and climatic conditions, as well as the type of onsite system, can also influence the quality of groundwater.
机译:现场废水处理系统在包括澳大利亚在内的世界各地都很普遍,约有17%的澳大利亚人口依靠这些系统来处理并最终处理废水。正确放置,设计和管理系统是提供必要的废水处理的有效方法。但是,现场系统故障的发生率很普遍,在建立高密度系统的地区,这种情况更加复杂。在选址和设计阶段未适当评估系统的密度。各种因素(例如场地和土壤的特性以及气候)会影响处理效率,这在高密度地区尤为关键。主成分分析用于评估现场处理系统高密度以下的浅层地下水的化学和微生物学数据。这项研究的结果证实,高系统密度可以显着影响浅层地下水系统。此外,空间和气候条件的变化以及现场系统的类型也会影响地下水的质量。

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