Study on Standardization of Electrolytic Trace Moisture Meter in Safety Construction of CNG Refueling Station

Yudeng Qiao, Jun Peng, W. Gao, Zuojin Li, J. Cai, G. Wu
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Abstract

In this paper, the content of the standardization study on electrolysis method trace water analyzer in the safety construction of CNG refueling station are briefly described. Combined with the working environment of the instrument and the research on the standardization of the safety standards of CNG refueling station and the selection criteria of instrument and equipment, the safety construction of the CNG refueling station and the application of the trace water analyzer are analyzed. In this article, a special coating method and reasonable ratio for electrolytic media are used in the external electrolytic cell. And an intelligent PID algorithm is used to control the constant temperature of the refueling path of the electrolytic cell, which can be quickly and continuously stabilized at the 0.01 order of magnitude. The detection limit is 0.01ppM, the electrolysis efficiency is 98%, and the working life of the electrolytic cell can be maintained once every 2 years. It can effectively prevent the ice plugging phenomenon and the pipeline corrosion accident of the on-site compressor. To a great extent, the safe operation of CNG refueling station is guaranteed.
电解微量水分仪在CNG加气站安全建设中的标准化研究
简述了电解法痕量水分析仪在CNG加气站安全建设中标准化研究的内容。结合仪器的工作环境和CNG加气站安全标准标准化研究及仪器设备选型标准,对CNG加气站的安全建设和微量水分析仪的应用进行了分析。在外部电解槽中采用了特殊的镀膜方法和合理的电解介质配比。并采用智能PID算法对电解槽加氢路径的恒温进行控制,使其快速、连续稳定在0.01数量级。检出限为0.01ppM,电解效率为98%,每2年可保持一次电解槽的工作寿命。可有效防止现场压缩机的冰堵现象和管道腐蚀事故。在很大程度上保证了CNG加气站的安全运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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