[Equipment to find odour compounds, produced by bacteria in drinking water. I. Comparison of a bacteria produced odour compound with a chemical reference substance and a simple method for getting and concentrating biogenic odour compounds (author's transl)].

G Müller, F O Heller
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Abstract

An increase in using surface water and bank filtration processes as raw water for drinking water production sometimes gave rise to problems of bad taste and odour. Some of these odourous compounds may be produced by bacteria, especially Streptomyces species. They are able to pass active carbon filters and therefore are a problem as well in raw water as in treated water. Biogenic odourous compounds often are soluble in water, that means they are present without being fixed to the bacteria cell. Human nose is able to percieve even dilutions of about 10(-9). If a bacterial produced substance is compared with an equal smelling chemical substance such as Isoborneol, also diltuions of 10(-9) may be smelt. Gas-chromatography only detects concentrations up to 10(-5), so the nose is much more efficient.

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寻找由饮用水中的细菌产生的气味化合物的设备。一种细菌产生的气味化合物与一种化学对照物质的比较,以及一种获取和浓缩生物气味化合物的简单方法[作者简介]。
越来越多地使用地表水和河岸过滤过程作为饮用水生产的原水,有时会产生难闻的味道和气味问题。其中一些有气味的化合物可能是由细菌产生的,尤其是链霉菌。它们能够通过活性碳过滤器,因此在原水和处理过的水中都是一个问题。生物气味化合物通常可溶于水,这意味着它们不固定在细菌细胞上。人的鼻子甚至能感知大约10(-9)的稀释度。如果将细菌产生的物质与气味相同的化学物质(如异龙脑)进行比较,也可以闻到10(-9)的稀释剂。气相色谱法只能检测到10(-5)以下的浓度,因此鼻子的效率更高。
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