The analysis method of portable volatile organic gas analyzer meets the technical requirements of total hydrocarbon detection and leakage detection. It uses FID detector for total hydrocarbon detection. The product is suitable for VOCs investigation and traceability, on-site emergency detection of pollution sources, unorganized on-site emergency detection, and pipeline emission leakage detection of chemical enterprises.

The instrument is equipped with FID and PID dual detectors, which respond to almost all VOCs and some common inorganic factors. The whole machine has a small volume, light weight, excellent detection performance, simple operation, and meets customers' requirements for fast and accurate analysis of the detection site.

The portable volatile organic gas analyzer has the following characteristics:

1. Explosion proof design of the whole machine: The whole circuit of the analyzer adopts intrinsic safety explosion-proof design, the core FID detector module adopts explosion-proof design, and the FID detector and handheld device adopt intrinsic safety explosion-proof design, meeting the requirements for use in explosive gas hazardous areas;

2. Strong on-site detection capability: optional FID and PID dual detectors, wide measurement range, response to almost all organic gases and some inorganic gases, response time less than 3.5 seconds, suitable for rapid investigation and traceability of VOCs;

3. Compact structural design, carefully selected lightweight components and composite materials, resulting in a weight of only 3.7Kg for the host, making it lightweight on the market and easy to carry on industrial sites.

4. New generation LDAR solution:

(1) Suitable for networked applications, one click upload to cloud platforms for more convenient operation;

(2) Handheld device scanning code recognition calls for image-based point information, making it more efficient;

(3) The handheld device and analyzer use wireless connection, which is more flexible than traditional instrument interface operation;

(4) Compatible with archiving: It has an open communication protocol and is compatible with mainstream LDAR analyzer data analysis platforms on the market.

5. Humanized accessory design:

(1) Safe and fast hydrogen charging and discharging module, complete hydrogen charging within 30 seconds and hydrogen discharging operation within 1 minute;

(2) Wireless transmission: WIFI (Bluetooth optional) transmission technology is used to achieve point-to-point connection between the analyzer and the handheld device;

(3) The ergonomic backpack system design can greatly reduce the burden and fatigue of on-site personnel.