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Tr-9300e Solid Waste Incineration Flue Gas Emission Continuous Monitoring System1
Automated Inspection EquipmentTr-9300e Waste Incineration CemsContinuous HCl/Hf Analyzer for Wte Plants
Chongqing Jiuxin Automation Technology Co., Ltd
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Product Description Solid Waste Incineration Flue Gas Emission Continuous Monitoring SystemTR-9300E solid waste incineration flue gas emission continuous monitoring system is a product carefully designed for solid waste incineration flue gas monitoring based on our company's rich experience accumulated in the field of pollution source environmental on-line monitoring and industrial process for many years. The core analysis unit of the system adopts Fourier transform infrared (FT-IR), which is a spectral analysis technology based on the principle of infrared absorption. The system complies with the technical requirements and detection methods of the continuous monitoring system for flue gas (SO2, NOx, particulate matter) emissions from stationary pollution sources (HJ76-2017), the technical specifications for continuous monitoring of flue gas (SO2, NOx, particulate matter) emissions from stationary pollution sources (HJ75-2017) and the standards for pollution control from domestic garbage incineration (GB18485-2014), and has been awarded the " Environmental Protection Product Certification Certificate No. CCAEPI-EP-2022-249, and passed the "Test Report of the Quality Supervision and Inspection Center for Environmental Monitoring Instruments of the Ministry of Environmental Protection" No. 2022-069.The system is used in garbage treatment plants, garbage incinerators, continuous monitoring of flue gas emissions and other gaseous pollutants (SO2/ NO/ NO2/CO/CO2/ HCL/ HF/ NH3/O2) and solid pollutant dust, as well as temperature, pressure, humidity, flow online monitoring, and through the data acquisition and processing system to generate maps, environmental protection reports, data can be transmitted to environmental protection departments at all levels, to complete the monitoring data receiving, storage, display, transmission of functional requirements. Gaseous pollutant factor monitoring programTR-9300E solid waste incineration flue gas emission continuous monitoring system adopts the American MKS Fourier transform infrared analysis method, which has accurate measurement, short response time, fast detection method, and diverse measurement components. The system adopts the whole process of high-temperature (above 190°C) extraction analysis principle, that is, the flue gas is extracted by a high-temperature heating probe and a high-temperature probe, enters the high-temperature gas pipeline after filtering dust, and then enters the high-temperature multi-component red analyzer after pretreatment by the high-temperature pretreatment module for measurement, and the temperature of the analysis gas chamber can withstand the high-temperature heating method above 190°C. There is no condensation in the middle, no dehumidification, and there is no condensation and dehydration device in the sampling line from the sampling point to the instrument host and detection device. The advanced high-temperature measurement method can measure some special components with high precision, such as HF, HCI, NH 3 and flue gas humidity that are easily soluble in water, and perfectly solve the monitoring needs of garbage incineration and other industries under complex working conditions such as high humidity, high corrosion, high dust, high temperature, low gas content, and many types of detection. The gaseous pollutant monitoring system is composedThe gaseous pollutant monitoring system is composed of a high-temperature sampling unit (including a sampling probe and an integrated sampling tube), a backflush unit, a pretreatment unit, a Fourier transform infrared analysis unit, a zirconia analysis unit, a control unit, a calibration unit and a data processing unit. Technical characteristics of the system· The system meets the technical requirements and detection methods of continuous monitoring system for flue gas (SO2, NOx, particulate matter) emission from stationary pollution sources (HJ76 -2017), "Technical Specification for Continuous Monitoring of Flue Gas (SO2, NOx, Particulate Matter) Emissions from Stationary Pollution Sources" (HJ 75-2 017) requirements;· The key filter element adopts imported special filter element for waste incineration to overcome the clogging problem and reduce the maintenance workload;· The whole process of high-temperature sampling, high-temperature pretreatment, and high-temperature analysis is adopted, and the temperature is not lower than 190°C to ensure that there is no condensation in the monitoring process;· The sampling pipeline adopts a special sampling tube for waste incineration, and the automatic temperature control design ensures the heating temperature accurately.· The sampling probe is made of special anti-corrosion metal material and a sampling probe specially designed for waste incineration to achieve the purpose of anti-corrosion, temperature control, long service life and high filtration accuracy.· The joints in contact with the flue gas are all passivated to ensure the stability and reliability of the analysis.· The analysis instrument uses a Fourier transform infrared spectrometer to analyze samples containing up to 40% water vapor, and can analyze and display up to 30 kinds of gases at the same time;· The analyzer's built-in spectral model can be used for a long time, eliminating the need for regular calibration on site, saving the cost of expensive gas consumption (under normal circumstances, only one 8 L bottle of gas per component is required for accuracy verification within 12 months). Schematic diagram of the system Fourier transform infrared analyzer MuItiGas TM 6030 Fried-red variable red spectrometer consists of a patent-designed 2102-process Fried-red variable red spectrometer, a high-throughput sampling gas chamber, specialized analysis software, and a stand-alone standard spectrolibrary with the instrument. Mu It i Gas III. 6030 collects high-resolution red spectra and analyzes them using a library of standard spectra to provide high-precision and high-sensitivity measurements of most gases and vapors. It can measure CO, CO2, NO, NO2, SO2, N2O, HCL, HF, NH 3, C4, C3H8, butane, ethane, ethyl alcohol, propylene, ethylene, benzene, toluene, ethylbenzene, acetylene, chloroform, vinyl chloride, formaldehyde, butanone, phosgene and so on.A:spectroscopic analysisThe MuItigas analyzer is equipped with quantitative and versatile analysis software that analyzes and reports the concentration of multiple mixtures at the same time, runs on a PC and automatically corrects changes in temperature and pressure of the gas directly measured by the analyzer. Sample collection and analysis are completed in less than a second, making instantaneous analysis possible. Throughout the data collection process, the Mu It i Gas software continuously collects and processes the optical spectrum while calculating the concentration of the selected gas in the SETUP settings. The display includes the concentration history in the form of graphs and tables, measured spectra and residual spectra. This residual spectrum can be used to determine the error of the analysis, making QA/QC easy. When all reference spectra have been extracted, the residual spectra represent the "remaining" spectral information. Once these spectra have been collected and stored, they can be reprocessed at any time with the same or different calibration settings.Infrared spectra of semiconductor tubing samples: sample spectrum (white), calibration spectrum (color) Mu It i Gas 6030 can simultaneously distinguish gases with similar molecular structures. B:Technical Specifications· Testing technique: FTIR Fourier transform infrared spectroscopy· FTIR: 2102 Process FTIR· Spectral resolution :0 . 5 to 16cm-1· Scanning speed: 0 once per second. 5cm-1 resolution· Scan time: 1 -300 seconds· Infrared light source: Silicon carbide· Laser: HeNe ( 15798 . 2cm-1)· Detectors: Liquid nitrogen-cooled MCTs or semiconductor cooled-cooled MCTs (mercury-cadmium-telluride· Spectral chamber purging flow: 0 . 2 l/min· Optical system purge flow: 0 . 2 l/min· Pressure sensor: MKS Baratron? capacitive membrane pressure sensor· Dimensions: 445mm wide x 318mm high x 648mm deep· Installation: Can be installed in a standard 19-inch cabinet· Power supply: 1 20 or 240 VAC, 50/ 60 Hz, 3A· Weight: 50 kgC:Technical features· Sensitivity to the vast majority of toxic and harmful gases at ppb levels - including VOCs, acidic and alkaline gases, hydrides, and perfluorinated compounds;· Can be applied to sample media with up to 40% water content;· It can be easily moved from one site to another, and it only takes a few minutes to set up;· Simultaneous analysis and display of more than 30 gases;· The spectral model of the analyzer can be used permanently, eliminating the need for regular calibration on site, saving the cost of expensive standard gas consumption.· The sample gas is heated and maintained at a constant temperature before entering the analysis chamber;· Patented linear detector ensures that all analyzers are maintained under the same calibration conditions;· Frequency and resolution diagnostics to ensure constant calibration;· Automatic temperature and pressure compensation is provided to ensure analytical accuracy;· The user-friendly software interface can be operated with minimal training.D:Test itemsRoutine monitoring of gases and minimum monitoring limitsThe name of the gasmolecular formula20/20III. Air chamber, lowest detection value at 1 second detection timeAmmonia NH3 0. 5ppmCarbon DioxideCO20.2ppmCarbon MonoxideCO1.2ppmFormaIde hydeH2CO0.6ppmHydrogen ChIorideHC11. 5ppmHydrofIuoric AcidHF0. 5ppmMethaneCH40.6ppmNitrogen DioxideNO20.4ppmNitric OxideNO3.6ppmNitrogen TrifIuorideNF30. 5ppmSiIicon TetrafIuorideS iF40. 15ppmSuIfur DioxideSO20.6ppmTetrafIuoromethaneCF440ppb XyIenesC8 H101.0ppm Company ProfileChongqing J&X Automation Co., Ltd. Specializes in researching and manufacturing gas detection and alarm instruments, gas detectors, gas alarm controllers, toxic and harmful gas detection and alarm instruments, independent alarms, air quality monitors, infrared gas analyzers, laser methane remote sensing equipment, laser dust detectors, etc.Our products are widely used in various industrial sites requiring explosion-proof and poisoning prevention, such as mining and metallurgy, environmental protection, archaeological exploration, steelmaking, petrochemicals, gas, municipal firefighting, refrigeration, cargo ships, pharmaceuticals, rubber, hazardous chemicals storage, and industrial manufacturing.We focus on the market, pay attention to quality, continue to innovate, master core technologies, and serve with heart. The company has the detection equipment and technological conditions required for the production of gas detection instruments and is professional and dedicated. It has a high reputation in the field of gas detection and its customer recognition, providing strong guarantees for pre-sales consultation and after-sales service of the products sold.The establishment, design, and research and development of our products are in line with market demands and quality and technical requirements. The instruments have exquisite appearance designs, stable detection data, and explosion-proof designs for both gas detectors and portable detectors. Our stable quality products have successively obtained national licenses for the manufacture of measuring instruments, national explosion-proof electrical product certificates, and national explosion-proof electrical equipment installation and repair qualifications.Adhering to the service philosophy of "perfection, efficiency, and innovation, " we are dedicated to providing society and enterprises with safe and stable production and life security.
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