System for automatically monitoring summarized information of underground fluid

Abstract

The invention relates to an automatic synthetic information monitoring system for the underground liquid. The invention is characterized in that the system comprises an underground liquid collection system, a combinational electrode measure system, an automatic degassing and drying system, a sensor system, an automatic gas chromatography analysis system and an intelligent measure control and computer system. The underground liquid collection system is connected with the combinational electrode measure system and the automatic gas escaping and drying system; after being distributed by gas transmission pipes, the automatic gas escaping and drying system is respectively connected with the sensor system and the automatic gas chromatography analysis system; the combinational electrode measure system and the sensor system are connected with the intelligent measure control and computer system in a CAN main line way. The invention has the advantage that the invention is capable of obtaining all kinds of real-time monitoring information from the automatic gas chromatography analysis system, the sensor and the electrode system through one automatic sampling. The information comprises the synthetic information of the underground liquid, such as hydrogen, helium, oxygen, argon, nitrogen, methane, carbon dioxide, sulfur hydrogen, conductance, acidity and alkalinity, chlorine ion, fluorine ion and temperature etc.

Description

Technical field [0001] The invention relates to an automatic comprehensive information monitoring system for underground fluids, which is a set of detection instruments used in earthquake prediction. The instrument uses automatic gas chromatography, sensors, electrode groups, etc., to automatically monitor various physical and chemical characteristics of underground fluids in a variety of ways, including the content of various dissolved gases in underground fluids, pH, temperature, fluoride ions, chloride ions, conductivity, etc. Variation trends of various parameters. It integrates underground fluid collection, automatic degassing and sample gas drying, gas chromatography separation, detection, real-time sensor monitoring, combined monitoring of electrode groups, special information processing, and the control and transmission of related computer software and hardware systems and intelligent measurement and control systems. It belongs to the technical field of monitoring instrume...

AI Technical Summary

Problems solved by technology

The entire analysis cycle is intermittent, and the detection data mainly relies on manual or workstation calculations, and the upper computer calculation mainly relies on manual or intermittent transmission, and the detection data is single and the comprehensive information is less

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