Online monitoring instrument for exhaust gas VOCs

Online monitoring devices for exhaust VOCs are widely used in daily life and industrial production. The photochemical smog formed in the atmosphere is mostly carcinogenic, teratogenic, and mutagenic, posing significant risks to human health. Therefore, the purpose of online monitoring of VOCs is to monitor their emissions and assess their harm to the atmosphere and human health. So, which gases are specifically monitored by VOC online monitoring?

The VOCs online monitoring instrument for exhaust gas is a gas detection instrument that performs real-time online detection of volatile organic compound emissions. The VOCs detection station is a specialized, modular volatile gas detection instrument that integrates multiple functions. The VOCs detection station produced by VOCs online monitoring equipment manufacturers has multiple functions such as gas sampling, filtration, real-time concentration display, wireless data uploading, and environmental networking. VOCs online monitoring equipment has fast response speed, strong resistance, and more accurate measurement results, providing data support for environmental testing departments.

Jinye Instrument Shandong Co., Ltd. focuses on the research and development of data acquisition instrument and Internet of Things communication equipment. At present, it has formed a complete product research and development, production and testing system to provide users with progressiveness, high-quality, cost-effective products. The company has a large R&D team, including hardware design, software design, and cloud platform server design engineers.

Characteristics of VOCs online monitoring equipment:

A set of instruments can simultaneously analyze multiple components such as methane/non methane total hydrocarbons, benzene derivatives (benzene, toluene, ethylbenzene, ortho/meta/para xylene), odor and other volatile characteristic factors, saving customers the cost of one set of instruments;

Using gas chromatography as the VOC detection method, it meets the technical requirements of the US EPA standard;

Fast analysis cycle, with a single cycle time of less than 10 minutes, ensuring real-time monitoring;

The system adopts the total heat method, with high temperature from sampling to analysis, without the need for water removal, effectively avoiding sample loss, ensuring accurate and reliable monitoring data, and complying with the standards of the United States and the European Union;

The sampling pipeline and main flow components are made of corrosion-resistant and inert materials to reduce sample adsorption and ensure high data reliability;

Equipped with automatic calibration function, no need for on duty, minimizing maintenance to the greatest extent possible;

Equipped with optional positive pressure explosion-proof cabinet explosion-proof design, it can be installed in explosion-proof areas and is safe and reliable.