VOC Analysis Equipment For Air And Climate Available In Thailand
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PremiumManufactured by Hangzhou Zetian Technologybased in CHINA
TGA-100P portable VOC gas analyzer is based on FID and PID detection technology, which can achieve ultra-high sensitivity and rapid detection and analysis of VOC gases in ambient air. The analyzer adopts intrinsically safe and explosion-proof design, consisting of two parts: main unit and sampling rod, equipped with explosion-proof hand manipulator, with fast system response, small volume and ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
A GC/PID for automatic monitoring of BTEX in air, water and soils. This instrument uses a port valve with a single absorbent trap, and a 30 meter metallic 0.28 mm ID column. Minimum detection level as low as 10 ppt for application Benzene or 1,3-Butadiene in ambient air. Miniaturization, sensitivity, mobility and flexibility are its main features. Everything from the sample port up to the data ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
A GC/PID for automatic monitoring of BTEX in air, water and soils This instrument uses a port valve with a single absorbent trap, and a 30 meter metallic 0.28 mm ID column. Minimum detection level as low as 10 ppt for application Benzene or 1,3-Butadiene in ambient air. Miniaturization, sensitivity, mobility and flexibility are its main features. Everything from the sample port up to the data ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
Hydroxychrom is a gas generator providing high purity (grade: 99.9995%) of hydrogen used as carrier gas or fuel gas for autoGC FID (for VOCs) and FPD (for sulfur compounds). Generator of high purity hydrogen used a carrier gas for airmoVOC and chromaFID analysers as well as for the FID flame. Hydroxychrom is a high purity hydrogen generator and an important tool for the incoming H2 of FID, FPD ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
CH4 and Non Methane Total Hydro Carbon (NMTHC) Monitoring and analysis of Methane and Non-Methane Hydrocarbons by flame ionisation detection (ppm level analysis). The CHROMATHC is an automated isothermal industrial gas chromatograph dedicated to the analysis of volatile organic compounds in air (indoor, outdoor, combustion), industrial hygiene, pure gas like N2/CO2/O2. ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
A GC/FID instrument for automatic, continuous analysis of Volatile Organic Compounds (20 ppb to ppm). The ChromaFID is a gas chromatograph dedicated to the analysis of VOC’s from 20 ppb to ppm levels. The analyser enables the continuous monitoring of the concentration of VOC compounds from C1 to ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
Our system airmOzone C2-C12 allows you to analyze the VOC thanks to: the calibration system with a bottle or permeation tube, a H2 generator, in-built LCD computer with our own operation software VISTACHROM, airmopump sampling, Peltier effect : for cooling, Airmopure : air generator. Applications in the atmosphere pollution, in the petrochemical fence line and clean air ...
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PremiumManufactured by Voss Technologies, Inc.based in USA
The technique used to fill a VOA vial is at least as important a source of variance in VOC analysis as is well purging protocol or sampler design. The more the sample stream is agitated or exposed to the air during the transfer of sample from the bailer to the vial, the lower the concentration detected in the vial will be. The greatest loss of VOC's occurs when the sample is simply poured into ...
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PremiumManufactured by Voss Technologies, Inc.based in USA
The technique used to fill a VOA vial is at least as important a source of variance in VOC analysis as is well purging protocol or sampler design. The more the sample stream is agitated or exposed to the air during the transfer of sample from the bailer to the vial, the lower the concentration detected in the vial will be. The greatest loss of VOC's occurs when the sample is simply poured into ...
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PremiumManufactured by Voss Technologies, Inc.based in USA
The technique used to fill a VOA vial is at least as important a source of variance in VOC analysis as is well purging protocol or sampler design. The more the sample stream is agitated or exposed to the air during the transfer of sample from the bailer to the vial, the lower the concentration detected in the vial will be. The greatest loss of VOC's occurs when the sample is simply poured into ...
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PremiumManufactured by Voss Technologies, Inc.based in USA
The technique used to fill a VOA vial is at least as important a source of variance in VOC analysis as is well purging protocol or sampler design. The more the sample stream is agitated or exposed to the air during the transfer of sample from the bailer to the vial, the lower the concentration detected in the vial will be. The greatest loss of VOC's occurs when the sample is simply poured into ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
airmo HCHO is designed for the measurement of formaldehyde in air or pure gases. The airmo HCHO is an autoGC using FID detector dedicated to Formaldehyde monitoring at low concentration. This instrument uses a valve with a single sorbent trap, a metallic column and a ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
AirmoVOC WMS is equipped with an automatic purging and trapping system, allowing VOCs to be extracted from a liquid and analyzed by GC, in order to automatically identify and quantify the contaminants. Applications: • Water, food, pharmaceutical • Potable, surface and waste water • Spring and drinking water : milk, sodas, wines... • Organic liquids AirmoVOC WMS is equipped ...
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PremiumManufactured by Voss Technologies, Inc.based in USA
The technique used to fill a VOA vial is at least as important a source of variance in VOC analysis as is well purging protocol or sampler design. The more the sample stream is agitated or exposed to the air during the transfer of sample from the bailer to the vial, the lower the concentration detected in the vial will be. The greatest loss of VOC's occurs when the sample is simply poured into ...
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PremiumManufactured by Oizom Instruments Pvt. Ltd.based in INDIA
The AQBot VOC is a robust VOC Gas Monitor that can measure Volatile Organic Compounds in the air. This VOC gas detector uses photoionization detection (PID) technology to measure total volatile organic compounds in the air. This sensor module is enclosed in the IP65 rugged composite enclosure to protect from harsh ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
A GC/FID instrument for Volatile and Semi Volatile Hydrocarbons measurement in ambient ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
Capable of anlaysing up to 32 compounds from C6-C12 (used in airmozone) or PAMS. The airmoVOC C6-C12 uses a valve with 1 sample trap. It also features a metalic capillary column. Miniaturization, sensitivity, mobility and flexibility are its main ...
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PremiumManufactured by Chromatotec Groupbased in FRANCE
A GC PID for automatic monitoring of compounds, in air, water or soils: This instrument uses a port valve with a loop, and a metallic 0.53 mm ID column. It has a minimum detection level of ppb. Miniaturization, sensitivity, mobility and flexibility are its main features. Everything from the sample port up to the data storage is integrated in a 19' rack 4U. Isothermal oven in standard (programmed ...
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PremiumManufactured by Synspec BVbased in NETHERLANDS
For the accurate and reliable monitoring of VOC concentrations, every analytical instrument needs to be calibrated periodically. Synspec supplies various multi-point calibration stations for the validation of your ...
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PremiumManufactured by Voss Technologies, Inc.based in USA
3" HDPE VOC tips 9 units per box. The technique used to fill a VOA vial is at least as important a source of variance in VOC analysis as is well purging protocol or sampler design. The more the sample stream is agitated or exposed to the air during the transfer of sample from the bailer to the vial, the lower the concentration detected in the vial will be. The greatest loss of VOC's occurs when ...
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