Product Introduction
The portable analyzer employs a hydrogen flame ionization detector (FID) detection technology that complies with EN 13526, EN 12619, EPA Method 25A. The instrument uses a main unit with full-temperature heated FID technology and features a built-in high-temperature catalytic device. The main unit measures the total hydrocarbon value, while the high-temperature catalytic device measures the methane value. The difference between the two values provides the non-methane total hydrocarbon value.
Get a quoteThe detector is widely used for monitoring unorganized air at factory boundaries and emissions from fixed pollution sources. It is utilized for comparison and acceptance of online monitoring instruments and emergency site monitoring of volatile organic compounds. The instrument is used by a wide range of users in key industries associated with volatile organic compound emissions, including petrochemicals, chemicals, pharmaceuticals, painting, dyeing, and rubber manufacturing.
Main Features
Personnel Safety
Solid-state metal hydride technology ensures the safety of personnel during transportation and at the work site. It has explosion-proof certification and can be applied in work environments with high explosion-proof requirements
Portability and Data Accuracy
The required gas sources (hydrogen, zero gas, calibration gas) are integrated into the main unit, making it convenient for portability and on-site operations. The gas sources are traceable and meet on-site quality control requirements.
Ease of Operation
The instrument features a English interface with an intuitive display, making it easy to operate.
Instrument Expandability
The instrument can be expanded to measure parameters such as flue gas moisture content and automatically calculate the dry flue gas mass concentration. It can be upgraded to measure indicators of benzene series substances such as benzene, toluene, xylene, and ethylbenzene, allowing for the separation of methane by catalytic methods and the separation of benzene series substances by chromatography. This is suitable for actual conditions where there are significant concentration differences in non-methane total hydrocarbons and benzene series substances in emissions from fixed pollution sources, while ensuring the accuracy and durability of the instrument.
Remote transmission and quality control data management
The instrument allows for remote monitoring and viewing of on-site test data and instrument status. It enables historical data review, comparative analysis of data at the same point over different time periods, and offers features for exporting and printing data. Additionally, GPS/Beidou positioning can be used to locate the instrument, and hierarchical user access control can be implemented for different levels of users. The instrument's quality control data can be uploaded in real-time to a cloud platform, automatically generating quality control group files.
