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Methods and apparatus for measurement of the carbon and heteroorganic content of water including single-cell instrumentation mode for same

机译:包括单池仪器模式在内的用于测量水中碳和杂有机物含量的方法和设备

摘要

Apparatus and methods for determining the content of total organic carbon, total inorganic carbon, total carbon and total heteroorganic carbon in water are disclosed. In a preferred comprehensive embodiment, the water sample is split into a first stream and a second stream. Inorganic carbon in the first stream, if any, is determined by acidifying the sample, measuring the electrical conductivity using a temperature and conductivity sensor, and removing the ionic species. Organic carbon in the first stream is then substantially completely oxidized in a U.V. oxidation reactor to carbon dioxide and possibly other oxidation products, and the electrical conductivity of the effluent- stream is measured using another temperature and conductivity sensor. At least a portion of the carbon dioxide in the first stream is transferred through a carbon dioxide permeable membrane into the second strewn. The second stream then passes into another temperature and conductivity sensor and conductivity is measured. Total carbon content, inorganic and organic carbon, and, if present, the heteroorganic organic content of the sample can be determined from the various conductivity measurements.
机译:公开了用于测定水中的总有机碳,总无机碳,总碳和总杂有机碳的含量的装置和方法。在优选的综合实施例中,水样品被分成第一流和第二流。通过酸化样品,使用温度和电导率传感器测量电导率并去除离子种类,来确定第一股物流中的无机碳(如果有)。然后,第一物流中的有机碳在U.V.中基本上被完全氧化。氧化反应器生成二氧化碳和可能的其他氧化产物,并使用另一个温度和电导率传感器测量流出物流的电导率。第一物流中的至少一部分二氧化碳通过二氧化碳可渗透的膜转移到第二散布物中。然后,第二物流进入另一个温度和电导率传感器,并测量电导率。样品中的总碳含量,无机碳和有机碳以及(如果存在)杂有机有机物含量可以通过各种电导率测量来确定。

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