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巴西全尺寸厌氧和好氧废水处理工艺的对比性能评估。

Comparative performance evaluation of full-scale anaerobic and aerobic wastewater treatment processes in Brazil.

作者信息

von Sperling M, Oliveira S C

机构信息

Department of Sanitary and Environmental Engineering, Federal University of Minas Gerais, Belo Horizonte, 30.110-060, Minais Gerais, Brazil.

出版信息

Water Sci Technol. 2009;59(1):15-22. doi: 10.2166/wst.2009.841.

Abstract

This article evaluates and compares the actual behavior of 166 full-scale anaerobic and aerobic wastewater treatment plants in operation in Brazil, providing information on the performance of the processes in terms of the quality of the generated effluent and the removal efficiency achieved. The observed results of effluent concentrations and removal efficiencies of the constituents BOD, COD, TSS (total suspended solids), TN (total nitrogen), TP (total phosphorus) and FC (faecal or thermotolerant coliforms) have been compared with the typical expected performance reported in the literature. The treatment technologies selected for study were: (a) predominantly anaerobic: (i) septic tank + anaerobic filter (ST + AF), (ii) UASB reactor without post-treatment (UASB) and (iii) UASB reactor followed by several post-treatment processes (UASB + POST); (b) predominantly aerobic: (iv) facultative pond (FP), (v) anaerobic pond followed by facultative pond (AP + FP) and (vi) activated sludge (AS). The results, confirmed by statistical tests, showed that, in general, the best performance was achieved by AS, but closely followed by UASB reactor, when operating with any kind of post-treatment. The effluent quality of the anaerobic processes ST + AF and UASB reactor without post-treatment was very similar to the one presented by facultative pond, a simpler aerobic process, regarding organic matter.

摘要

本文评估并比较了巴西166座正在运行的全尺寸厌氧和好氧废水处理厂的实际运行情况,提供了有关这些工艺在产生的出水水质和去除效率方面的性能信息。将观察到的出水浓度以及BOD、COD、TSS(总悬浮固体)、TN(总氮)、TP(总磷)和FC(粪便或耐热大肠菌群)等成分的去除效率结果与文献中报道的典型预期性能进行了比较。所选用于研究的处理技术包括:(a)主要为厌氧的:(i)化粪池+厌氧滤池(ST + AF),(ii)无后续处理的UASB反应器(UASB),以及(iii)UASB反应器后接多个后续处理工艺(UASB + POST);(b)主要为好氧的:(iv)兼性塘(FP),(v)厌氧塘后接兼性塘(AP + FP),以及(vi)活性污泥法(AS)。经统计检验证实的结果表明,总体而言,AS的性能最佳,但在进行任何类型的后续处理时,UASB反应器紧随其后。就有机物而言,厌氧工艺ST + AF和无后续处理的UASB反应器的出水水质与兼性塘(一种更简单的好氧工艺)的出水水质非常相似。

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