Device and method for diagnosing abnormity of positive conductivity index of nuclear power plant condensate system

Abstract

The invention discloses a device and a method for diagnosing abnormity of positive conductivity index of a nuclear power plant condensate system and relates to the field of diagnosis of nuclear power plant second-loop chemical index. The device comprises a first positive conductivity gauge, a second positive conductivity gauge, four third positive conductivity gauges, a sodium gauge, an analysis indication module, a fault recording module, a first data collection module connected with the first positive conductivity gauge, a second data collection module connected with the second positive conductivity gauge, a third data collection module connected with the four third positive conductivity gauges, and a fourth data collection module connected with the sodium gauge, wherein the analysis indication module is connected with the first data collection module, the second data collection module, the third data collection module, the fourth data collection module and the fault recording module respectively. Through the device and the method, the efficiency and accuracy of diagnosis of the positive conductivity index of the nuclear power plant condensate system can be effectively improved.

Description

technical field [0001] The invention relates to the field of diagnosing abnormality of chemical indexes of the secondary circuit of nuclear power plants, in particular to a device and method for diagnosing abnormality of positive conductivity indexes of condensate water systems of nuclear power plants. Background technique [0002] At present, when the positive conductivity index of the condensate water system of the nuclear power plant unit deviates from the technical specifications, it is usually handled by relying on the experience of chemical professionals and in accordance with the relevant operating procedures of the power plant. At present, the country is vigorously developing nuclear power, and there are more and more nuclear power plants. However, there is a relatively lack of chemical staff with rich experience in the diagnostic technology of secondary circuit indicators of nuclear power plants. However, the actual condition factors are often inconsistent with the ...

AI Technical Summary

Problems solved by technology

The country is currently vigorously developing nuclear power, and there are more and more nuclear power plants. However, in terms of diagnostic technology for the secondary circuit indicators of nuclear power plants, there is a relative shortage of chemical staff with rich experience; However, the actual conditional factors are often inconsistent with the preconditions required by the operating procedures, which complicates the relevant treatment, resulting in low diagnostic efficiency and accuracy.

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