Compact Backpack Gas Leak Analyzer for Field Use and Safety

Yes. We use a dual-system architecture combining an on-board client and a server. On-board inspection data is uploaded to the server in real time. Administrators can remotely view the overall inspection status by simply logging into the server, making management very convenient.

Yes. The on-board system supports loading historical tracks, allowing for accurate re-inspections along the original route, facilitating data comparison and trend analysis.

Yes. The advantage of the server is that it supports multi-device data upload and comprehensive analysis. Inspection data from different devices, time periods, and regions can be integrated and processed to analyze the completeness of pipeline network inspection coverage and determine whether there is overlap in areas of concentrated anomalies.

Yes. Our inspection system software is deeply integrated with the Geographic Information System (GIS), allowing all data to be displayed intuitively on a map. The software supports remote online upgrades, eliminating the need for on-site manual operations.

We utilize leading mid-infrared laser absorption spectroscopy and leak location technology. Its core advantage lies in its compact multi-channel cell structure, which enables an extremely long effective absorption path within an extremely short physical optical path. This results in extremely high detection sensitivity. It can detect changes and correlations in atmospheric methane and ethane concentrations, identify biogas, and determine whether there is a natural gas leak. Based on controlled l