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002658
Haze weather is one of the more prominent environmental problems in our country. Controlling the emission of VOCs is one of the effective means to reduce PM₂.₅, reduce haze weather and photochemical smog pollution. In order to meet the urgent needs of the country and various provinces and cities for VOCs monitoring of pollution sources, Sedilon relied on its technical support in the 2013 National Major Scientific Instrument and Equipment Development Project "Development and Application of Online/Portable Monitoring Equipment for Fixed Pollution Source Waste Gas VOCs" and also introduced it to Belgium. Orthodyne chromatographic analysis technology, targeting different industry applications and different process conditions, combined with domestic industry emission standards and environmental protection regulations, launches online monitoring systems and portable monitoring equipment for pollution source exhaust gas and factory boundary VOCs, and can be paired with a pollution source intelligent analysis platform to provide customers with VOCs monitoring products and services.
SCS-900VI VOCs monitoring system
SCS-900VII VOCs monitoring system
SCS-900VIII VOCs monitoring system
AQMS-900VI ambient air/factory boundary NMHC online monitoring system
AQMS-1100 Micro Environmental Air Quality Monitoring System
MS-200 Portable Time of Flight Mass Spectrometer
MODEL 3080GC Portable Gas Chromatograph
MODEL 3080FT Portable Fourier Transform Infrared Analyzer
Pollution Source Intelligent Analysis System
For different industry applications, we provide customers with a variety of VOCs monitoring products and services, with explosion-proof and non-explosion-proof products available.
The monitoring systems are diverse, including pollution sources, factory boundaries and portable emergency monitoring, etc., providing solutions for users.
Using digital technology and combined with an intelligent monitoring platform, functions such as intelligent monitoring, quality control, early warning, and operation and maintenance can be realized.
Sinopec Yanshan Petrochemical's online volatile organic compound monitoring project at the exhaust gas outlet uses the explosion-proof SCS-900VII system, which is specially suitable for occasions with explosion-proof requirements, to measure NMHC and exhaust gas parameters, temperature and pressure flow, humidity, and oxygen content. The system is equipped with an explosion-proof industrial gas chromatograph, making it safer and more reliable to use in hazardous areas.
Sinopec Yanshan Petrochemical
Online monitoring of volatile organic compounds at the exhaust outlet of modern automobile painting workshops uses the SCS-900VI system to measure NMHC, benzene, toluene, xylene components and exhaust gas parameters, temperature and pressure flow, humidity, and oxygen content.
Hyundai car paint shop
Shaanxi Shenmu Chemical Industry Plant boundary VOCs online monitoring, using the AQMS-900VI system to measure NMHC, CH₄, total hydrocarbons, and meteorological five parameters (temperature, humidity, pressure, wind speed, wind direction).
Shaanxi Shenmu Chemical Industry Co., Ltd.
Portable Gas Chromatograph
Portable time-of-flight mass spectrometer
Micro ambient air quality monitoring system
Ambient air non-methane total hydrocarbon online monitoring system
VOCs emission continuous monitoring system
VOCs emission continuous monitoring system
VOCs emission continuous monitoring system
Portable Fourier Transform Infrared Gas Analyzer
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