Comprehensive Sample VOCs Online Monitoring Product For more information visit our website at www.fpi-inc.com/en © Focused Photonics Inc. All right reserved. All trademarks are the property of Focused Photonics Inc. and its subsidiaries. Specifications, terms and pricing are subject to change. Focused Photonics (Hangzhou) Inc. No. 459, Qianmo Road, Binjiang District, Hangzhou, China Tel: +86 571 8501 2188 [Pollution Source]

Product Overview - Methane/NMHC Online Analyzer (Type 115) - Methane/NMHC/BTEX Online Analyzer (Type 120) Pollution Source Online Monitoring System Introduction - VOCs Characteristic Factor Online Analyzer (Type 415) - Sulfide Online Analyzer List of Monitoring Factors - System Configuration - 12 Oxygenated Volatile Organic Compounds - Typical Chromatogram - 57 Volatile Organic Compounds (Original PAMS) - System Features - Other Volatile Organic Compounds (Some TO15 Substances)

System Introduction xDSL/GPRS/CDMA FPI Service Center Sampling Probe Gas path of back blowing Administrative Environmental Protection Department Heated Sampling Line Full System Layout System Configuration Core Instruments Online monitoring of pollution source (Methane/NMHC) Online monitoring of pollution source (Methane/NMHC/BTEX) Online monitoring of pollution source such as VOCs characteristic factors Engineering Accessories VOCs or volatile organic compounds are one of the most important pollutants that cause ambient air pollution and directly affect the health of the human body. In recent...

System Features Adapting to Multiple Applications • This analyzer has convention, explosion-proof and other application designs, is suitable for working conditions with different safety demands, and can operate stably. Measuring Methods Comply with The Standard • Adopting the standard gas chromatography analysis method, with high measurement accuracy. • The pretreatment method meets the U.S. EPA certification criteria and domestic VOCs • This analyzer is equipped with control software suitable for users' operation habits and determination standards, with high reliability. has an intuitive interface,...

Product Overview Methane/NMHC Online Analyzer (Type 115) Features Methods Comply With the Standard Adopting the chromatography method, and the analysis method conforms to the national standards with high measurement accuracy. Principle In view of the characteristics of VOCs such as high water vapor content, high concentration and complex working conditions, we designed and developed the methane/NMHC online analyzer, it uses the dual-valve dual-column single-hydrogen flame ionization detector (FID) technology to Complete Heat and Wet Extraction Method Design • Whole-process high-temperature heat...

Methane/NMHC/BTEX Online Analyzer (Type 120) Technical Indicators Items Indicators Methane, NMHC, and total hydrocarbons Hydrogen flame ionization detector (FID) Detection Limit Analysis Period Power Supply Working Environment Temperature: (5~35)°C, humidity: (20%~90%)RH Carrier gas: High-purity nitrogen or zero-level air (> 99.995%); Fuel gas: High-purity hydrogen (> 99.995%); VOCs Online Analyzer (Methane/NMHC/Benzene Series) Typical Chromatogram Principle In view of the demands to detect methane, NMHC and BTEX at the same time for VOCs emission, Total hydrocarbons the type 120 online gas chromatographic...

High Integration • One analyzer can analyze multiple components of methane, THC and BTEX at the same time, saving the cost of one set of instruments for customers. Ease of Operation • This analyzer is equipped with control software suitable for users' operation habits and has an intuitive interface, simple operation, and convenient control. Technical Indicators The internal air temperature is higher than 180°C; key modules affecting performance: The temperature of valve head, joint and external connection weak point is higher than 190°C; Indicators Methane, NMHC, THC, benzene, toluene, ethylbenzene...

VOCs Characteristic Factor Online Analyzer (Type 415) Features Factor Customization • Meeting the online monitoring requirements of customized monitoring factors, and customizing analysis methods for development and application according to actual working conditions. • Realizing the effective separation of VOCs samples and accurate qualitative and As the VOCs have the characteristics of large concentration span and complex working conditions quantitative analysis and detection of different components. (high temperature, high humidity and multiple components), the analyzer adopts high-temperature...

Sulfide Online Analyzer Technical Indicators Items See the list of monitoring factors (Page 17-18) Hydrogen flame ionization detector (FID) Chromatographic Column Capillary column and filling column (Optional) Detection Limit Principle The sulfide analyzer uses gas chromatography, ≤ 10min (Based on the number of components and carries out water removal and sample actual application) enrichment through cryogenic technology, and Power Supply performs online analysis of organic sulfides in Working Environment the atmosphere in combination with the pulsed Analysis Period Carrier gas: High-purity...

Technical Indicators Items Cryogenic Water Removal and Enrichment Technology • Ultra-low temperature refrigeration technology realizes deep water removal of sample, with high water removal efficiency. • Low temperature trapping of samples can improve sulfide trapping efficiency. Pulsed flame photometric detector (PFPD) Detection Limit ppt~ppb magnitude Organic sulfide: including methyl mercaptan, ethyl mercaptan, dimethyl sulfide, diethyl sulfide, dimethyl disulfide and carbon Detect Ability disulfide, etc. Analysis Period Sulfide Specificity Design • Adopting selectivity PFPD dedicated to sulfide,...

List of Monitoring Factors 12 Oxygenated Volatile Organic Compounds No. Monitoring Factor Monitoring Factor Propylene aldehyde 57 Volatile Organic Compounds (Original PAMS) Monitoring Factor Monitoring Factor Normal heptane Methyl cyclohexane Monitoring Factor Monitoring Factor Monochloro methane Methyl methacrylate Vinyl chloride Methyl bromide Ethyl chloride Vinyl trichloride Sopropyl benzene Carbon disulfide Methyl tertiary-butyl ether Vinyl acetate Ethyl acetate Monitoring Factor Carbon tetrachloride Ethyl alcohol Other Volatile Organic Compounds (Some TO15 Substances)