German Meta Surface Wastewater VOC Online Monitoring System GC-FID

NegotiableUpdate on 01/22

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Overview

The GC-FID online monitoring system for VOCs in German meta surface wastewater is used. The tested water sample enters the headspace gasification zone through an automatic sampling program, undergoes a headspace process at a certain temperature, and is sent into a gas chromatography column by a carrier gas. According to the principle of chromatographic separation, various pollutant components in the sample are detected due to different retention times. Using conventional water quality organic pollutant analysis methods - gas chromatography, volatile and semi volatile organic pollutants in water are analyzed and detected.

Product Details

German Meta Surface Wastewater VOC Online Monitoring System GC-FID

Widely used for VOC monitoring in tap water, surface water, and groundwater

Product Description: How to Translate

The water quality VOC online monitoring system developed by Meta in Germany consists of three parts.

The first part is the WSS 3 water quality online sampling system, which is suitable for headspace method and complies with German standards such as DIN 38407-9, DIN 55672, VDI 3897, etc. The tested water sample enters the headspace gasification zone through an automatic injection program, and after a certain temperature headspace process, the sample gas is sent to the subsequent gas chromatography column by the carrier gas.

The second part is the gas chromatography and detector section. Using conventional water quality organic pollutant analysis methods - gas chromatography, volatile and semi volatile organic pollutants in water are analyzed and detected. After the sample gas is sent into the gas chromatography column by the carrier gas, according to the principle of chromatographic separation, various pollutant components in the sample are separated due to different retention times.

Can be equipped with multiple detectors: PID, PID&TID, FID. The PID detector can meet the conventional detection requirements, comply with the TO-15 priority monitoring compound list, and meet the water quality and environmental standards. By combining different gas chromatography systems, monitoring of nearly 300 types of organic pollutants can be achieved. The short detection time can be controlled within 3 minutes.

The third part is the data processing part, including the computer system and A/D conversion part. The computer system is equipped with intelligent software for analyzing and storing data, which includes functions such as gas chromatography analysis; Data processing; Visual display of data; Print records; Automatic conversion of measurement points; Raw data storage; Result storage; Calibration records; Free control parameters; Alarm and monitoring signal output; Can develop data reports with upper and lower limit values; Wait. Convert A/D to TIS-AK 2009.

WSS 3 performs cyclic measurements, with all steps from sampling to monitoring being automated. It can perform single measurement or online analysis. The small cycle of the analysis system is 3 minutes, with four channel injection, and can complete 120 measurement processes for each channel per day.

WSS3 has advantages such as simple instrument operation, small size, light weight, low power consumption, and fast analysis time, playing an important role in water quality and environmental analysis that various industries are concerned about. Widely used for daily monitoring of water quality VOCs, monitoring of polluted areas, and detection of water quality VOCs in polluted areas.

Main purpose:

Industrial wastewater VOC online monitoring; Online monitoring of VOCs in rivers;

Online monitoring of VOCs in drinking water; Online monitoring of VOCs in water plants;

Online monitoring of groundwater VOCs; Vehicle mounted on-site VOC rapid detection;

German Meta Surface Wastewater VOC Online Monitoring System GC-FID