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Case Study - Source Water - airmoVOC WMS

Case Study - Source Water - airmoVOC WMS

Case Study - Source Water - airmoVOC WMS

Product catalog summary
Context & Challenges
The document discusses the presence of chemical species such as Benzene, Toluene, Ethylbenzene, and Xylene (BTEX), along with other volatile organic compounds (VOCs) in water. These compounds can originate from treatment processes like iron removal, which involves ozone reactions forming Bromoform and Chloroform. Monitoring these compounds is crucial due to regulatory requirements.

Chromatotec® Solutions
Chromatotec® offers a solution with an MCERTS certified GC FID for analyzing VOCs in liquids using a purge & trap sampling system or headspace, compliant with EPA 502-2 standards. This system can detect and quantify contaminants at very low levels (µg/L or ppb). The airmoVOC WMS is adaptable for both standing water and continuous flow samples. It includes an airmoVOC analyzer, hydrogen generators, zero air catalyzer, and internal calibration for real-time, autonomous operation. It is applicable in various industries, including food processing, pharmaceuticals, cosmetics, and drinking water analysis.

Ease of Use
  • Waterproof cabinet for protection against wet and aggressive environments.
  • No need for auxiliary gas for operation and calibration.
  • Consumption of hydrogen, nitrogen, and air is optimized.
  • Reliable FID detector and integrated sampling pump for pressurized samples.
  • Automatic internal calibration with certified permeation tubes.

Data Acquisition and Treatment
Data is automatically collected and managed by Vistachrom software, with options for data transfer via Modbus protocol or 4-20mA analog output. The system includes an LCD touchscreen for easy viewing and editing of chromatograms. A calculation module provides daily averages of concentrations and retention times.

Conclusion
  • Autonomous analyzer with chromatography for compound speciation.
  • Linearity for each component and robust design requiring minimal maintenance.
  • State-of-the-art PC and software solutions, including Modbus and Windows embedded software.
  • Integrated calibration device for automatic data validation.
  • Available in ppb or ppm versions and certified by Mcerts.
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Catalog excerpts

Case Study - Source Water - airmoVOC WMS-1

Case Study N°WMS2 – airmoVOC WMS– updated: 24.09.21 Analysis and monitoring of source water quality Context & Challenges The water may contain chemical species such as Benzene, Toluene, Ethylbenzene and Xylene, as well as other VOCs, including halogens. These compounds can result from various treatment processes, including iron removal. It is made by reaction with Ozone which also reacts with various compounds present in the water, such as Bromides and Chlorides, to form Bromoform and Chloroform. Subject to regulation, these levels, although minimal, must be followed closely, before and after the process. Chromatotec® Solutions Chromatotec® has developed a solution equipped with an MCERTS certified GC FID, analyzing VOCs dissolved in liquids, by purge & trap sampling system (according to the EPA 502-2 standard) or headspace. This system makes the extraction of VOCs from a liquid and analyze them by a GC, in order to identify and quantify the contaminantes in the water with BTEX and light SVOCs, at very low levels (µg/L or ppb). The airmoVOC WMS can both be adapted to take liquid samples in standing water or with a continuous and controlled flow. This all in one solution is composed of an airmoVOC analyzer, hydrogen generators and zero air catalyzer, an internal calibration allowing to obtain reliable results, in real time and without human intervention. The airmoVOC WMS is used in the water markets of the food processing, the pharmaceutical industry, cosmetics and perfumery and also in the analysis of drinking water, beverages and drinking water, surfaces, food liquids (milk, soda, wines, spirits…). airmoVOC WMS [email protected] www.chromatotec.com Online Gas and Liquid Analyzer

 Open the catalog to page 1
Case Study - Source Water - airmoVOC WMS-2

Case Study N°WMS2 - airmoVOC WMS- updated: 24.09.21 Ease of use ■ Waterproof cabinet, protected from wet projections and aggressive atmospheres ■ No auxiliary gas needed for operation and calibration ■ Hydrogen, nitrogen and air consumption ■ Integrated sampling pump enables analysis of atmosphere pressurized sample ■ Automatic internal calibration with certified permeation tubes at ppb or ppm level Data are automatically collected by Vistachrom software and interface. Datas like concentrations, retention times, analyzer status ... can be transferred by Modbus protocol or 4-20mA analog output,...

 Open the catalog to page 2

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.
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