Water VOC Monitoring System-Fornitore globale

Building A6, No. 9, Changyang Road, West the Taihu Lake Science and Technology Industrial Park, Wujin District, Changzhou City

Product Introduction:

The online automatic monitoring device for VOCs in water uses an injection pump to quantitatively extract liquid water samples, inject them into a purge and capture system, and use nitrogen to purge and capture volatile organic compounds in the collected water. After concentration and enrichment in a cold trap, the water is heated and analyzed, and then separated by gas chromatography before being detected by FID and ECD/MSD detectors. The analyzed component content is stored and transmitted through an upper computer for data storage and transmission.

System composition:

The online automatic monitoring instrument for VOCs in water consists of five parts: pre-treatment system, purging system, gas chromatograph/gas chromatography-mass spectrometer, gas source system, and data processing system.

Product features:

-The water sample extraction adopts a precise injection pump system to ensure accurate quantitative extraction of each sample;

-The blowing adopts constant temperature blowing, which has high blowing efficiency and is combined with unique water removal technology to effectively avoid the influence of water vapor on chromatographic separation, ensuring the accuracy of analysis results;

-Equipped with FID and ECD detectors, benzene derivatives and halogenated hydrocarbons are detected separately to ensure consistent performance indicators for monitoring various organic compounds;

-The preprocessing system, blowing system, and sample capture system have automatic cleaning functions, effectively avoiding sample residue;

-The system can automatically resume operation after power failure and restart;

-Multiple monitoring modes can be selected, including single, timed, and cyclic.

Application areas:

Pannuo's online automatic monitoring instrument for VOCs in water is mainly used for monitoring drinking water, surface water, water sources, wastewater discharge, and leakage.