Adopting Agilent Micro GC as the core analysis unit of the global analytical industry leader, successfully moved it from the laboratory to the downhole, using positive pressure gas transmission to fundamentally solve the problem of the traditional beam monitoring system sample being easily contaminated, Monitoring inaccuracy etc old issues.
The ambulance crew can carry the equipment directly to gas analysis near the downhole disaster and is an ideal alternative to gas monitoring vehicles.
Features:
● US Aerospace Technology, China Downhole Application;
● Break through the barrier of chromatograph downhole and solve the problem that the chromatogram cannot monitor the sampling data in real time;
● The use of positive-pressure gas transmission solves the major problem of negative pressure sampling being susceptible to contamination.
● Breakthrough the traditional chromatogram operation mode, realize unattended operation, automatic operation;
● Industrial large-screen display analysis data to monitor the trend of downhole disasters in real time;
● Automatically identify air leaks and breakages of the beam tubes, and automatically determine fault points;
● Compared with infrared, laser and other instruments to monitor more gas components, a wider range, more able to meet the actual needs;
● It can be arranged according to the location of the monitoring point, realize on-site monitoring, and provide security for disaster rescue;
● Accelerate the time for beam extraction analysis to achieve true continuous analysis and online analysis;
● Downhole operation, all operations can be performed downhole, and remote management and maintenance can also be realized.
● Can use tablet computer, mobile phone control;
● Analyze in 2 minutes (H2, CO, CO2, CH4, C2H4, C2H6, C2H2, O2, N2, etc.)
