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Tianjin Runze Instrument Co., Ltd
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Tianjin Runze Instrument Co., Ltd

  • E-mail

    market@ensoultech.com

  • Phone

    15611538392

  • Address

    401-501, Building 13, Huiying Industrial Park, Intersection of Zhonghuan West Road and Xiwu Road, Tianjin Airport Economic Zone

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Brief Introduction

The unpleasant odors emitted by the atmosphere, water, and various solid substances are collectively referred to as foul odors. Odorous gases not only have a serious impact on the ecological environment, but also pose great harm to human health. Moreover, odorous gases have multiple sources of pollution, a wide range of pollution areas, involve multiple industries, generally have low concentrations, complex components, and are difficult to monitor. The traditional three-point comparative odor bag method for manually detecting odor concentration OU values is affected by subjective factors of the tester and limited experimental conditions, and cannot truly provide objective results in real-time. Therefore, an instrument based detection scheme is needed.

The electronic nose odor monitoring instrument from AIRSENSE, a German company, is one of the early instruments used for environmental odor monitoring and enjoys a very good reputation in the field of odor monitoring. Its sensor array technology and core mathematical algorithms make complex odor concentration detection objective, real-time, easy to operate, and comparable.

Beijing Yingsheng Hengtai Technology Co., Ltd., as the agent and technical service center of AIRSENSE's electronic nose odor monitoring device in China, not only promotes and sells a complete set of imported odor monitoring devices, but also develops a complete set of auxiliary equipment on this basis, making the monitoring equipment form a complete monitoring system that is more suitable for the flexible localization requirements of Chinese customers. It has been widely recognized by customers in the industry and has solved related monitoring problems for customers. This lecture will gradually uncover the technical principles, monitoring characteristics, and development trends of this system from practical applications.