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Fate of dissolved odorous compounds in sewage treatment plants

机译:污水处理厂中溶解臭味化合物的去向

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The concentration of selected malodorous compounds dissolved in water in different unit processes of actual treatment plant, and in different location of small scale treatment plants (Jokasos) were identified in order to provide sufficient information to undertake proper action to solve the problems of malodor compounds in water environment and in wastewater reuse. Analytic methods to measure as low as mg/l level of 16 odorous compounds were developed. In total, four sewerage treatment plants, three sludge treatment plants and six Jokasos were surveyed. Treatment plants were chosen in a way so that most types of unit processes could be covered. Being exposed to anaerobic condition is the primary reason of production of odorous compounds. As far as the secondary treatment is operated properly, odorous compounds concentration in the effluent can be maintained below odor threshold concentration. Odorous compounds were produced during sludge treatment process while the sludge is sedimented, thickened and dewatered, or anaerobically digested; A new way to express the odor concentration is proposed to obtain quick and comprehensive visualization of odor intensity. (C) 1998 Published by Elsevier Science Ltd. All rights reserved. [References: 10]
机译:确定了在实际处理厂的不同单元过程中以及在小型处理厂(Jokasos)的不同位置中溶解于水中的选定恶臭化合物的浓度,以便提供足够的信息来采取适当措施来解决水中恶臭化合物的问题。水环境和废水回用。开发了可测量低至16 mg / l的16种气味化合物的分析方法。总共对四个污水处理厂,三个污泥处理厂和六个Jokasos进行了调查。选择处理厂的方式应能涵盖大多数类型的单元过程。暴露于厌氧条件是产生有味化合物的主要原因。只要适当地进行了二级处理,废水中的有味化合物浓度就可以保持在气味阈值浓度以下。在污泥处理过程中,污泥沉淀,增稠,脱水或厌氧消化时会产生异味化合物。提出了一种表达气味浓度的新方法,以快速全面地观察气味强度。 (C)1998由Elsevier Science Ltd.出版。保留所有权利。 [参考:10]

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