Introduction of online TVOC monitoring system at plant boundary

This is a VOC online monitoring system we launched based on PID photoionization principle. The items that can be monitored include aromatics: benzene, toluene, naphthalene, nitrobenzene, chlorobenzene, etc.; saturated and unsaturated hydrocarbons: octane, ethylene, cyclohexane, etc.; ketones, aldehydes, ethers; amines; halogenated hydrocarbons; thiocarbons, alcohols; esters; hydrazines, etc.

Advantages and characteristics of the online monitoring system for TVOC at factory boundary.

Strong anti-interference ability and automatic recovery function for power failure.

Waterproof and dustproof appearance design.

With alarm function, light alarm will occur when the emission range is exceeded.

Support GPRS wireless communication transmission mode, RS232/RS485 interface, built-in 4G wireless communication module.

With local as well as remote calibration function, with pre-treatment system (dust removal, water vapor and other impurities) one key silencing.

with mounting methods such as vertical pole and wall mounting.

Configuration of color touch screen.

The possibility of modifying the time interval for sending data.

Docking to the superior competent platform.

Plant boundary TVOC online monitoring system is suitable for petroleum and petrochemical enterprises, chemical enterprises and other fields. Plant boundary in-plant environmental analysis is an important pollution source monitoring method. It can collect and process various pollutants produced in the production process in real time, and transform them into useful products or services for users, thus achieving environmental protection purposes. Plant boundary TVOC can be used to collect a large amount of information on environmental parameters through on-site equipment or networks. In practical application, it is necessary to choose the appropriate process route according to different working conditions. Plant boundary TVOC online monitoring technology uses a variety of measurement means and analysis methods to effectively detect the harmful gas components contained in the exhaust gas and their concentration levels, as well as to provide relevant reference data such as temperature, humidity, air pressure, wind speed, wind direction, etc.