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AQMS-900 continuous automatic monitoring system for ambient air quality is suitable for the environmental air quality monitoring needs of various environmental management departments. The system is designed in accordance with national standards and is mainly used in urban ambient air quality assessment, factory boundary ambient air quality monitoring, etc. The system has the functions of real-time collection, transmission, management, analysis and evaluation of monitoring data.

The AQMS-900HM atmospheric inorganic element automatic monitoring system adopts the principle of XRF technology and can achieve continuous online monitoring of lead, arsenic, chromium, cadmium, mercury and other inorganic elements in particulate matter such as TSP, PM₁₀, PM₂.₅ and PM₁ in the ambient air. . Meeting the needs of various environmental management departments or enterprises for monitoring the composition of inorganic element pollution sources in the atmosphere, emission monitoring, and total quantity control is of great significance to improving the air quality evaluation system.

The AQMS-900C-PM₂.₅ ambient air particulate matter PM₂.₅ continuous automatic monitoring system uses beta-ray absorption combined with light scattering technology and is equipped with different sampling heads. It can perform real-time continuous measurement of particulate matter PM₂.₅ and PM₁ mass concentration in the ambient air. . The sturdy and reliable outdoor design provides continuous, accurate, reliable and traceable monitoring data for dust prevention and control on roads, construction sites, storage yards, etc. No cabinets or station buildings are required, and installation is easy. Suitable for a variety of working conditions, simple to operate and require less daily maintenance.

The AQMS-900C-PM₁₀Ambient air particulate matter PM₁₀continuous automatic monitoring system is based on the principle of beta-ray absorption combined with light scattering. It is equipped with different sampling heads and can perform real-time continuous measurement of the mass concentration of particulate matter TSP and PM₁₀ in the ambient air. The sturdy and reliable outdoor design provides continuous, accurate, reliable and traceable monitoring data for dust prevention and control on roads, construction sites, storage yards, etc. There is no need for cabinets and station buildings, it is easy to install, suitable for different working conditions, simple to operate and requires little daily maintenance.

The AQMS-1100 micro ambient air quality monitoring system uses high-performance sensor technology, combined with embedded technology and network communication technology, to conduct online continuous monitoring of pollutants in the ambient air and monitor ambient air quality conditions in real time. The system can monitor gaseous pollutants such as sulfur dioxide (SO₂), nitrogen dioxide (NO₂), carbon monoxide (CO), ozone (O₃), volatile organic compounds (TVOC), etc. in the air, as well as PM₁₀, PM₂.₅ in the air. and other particulate matter pollutants, and can expand the five meteorological parameters at the same time.

The MODEL 2130 dust online monitoring system is based on the principle of light scattering. It can continuously and automatically monitor the concentration of TSP, PM₁₀, and PM₂.₅ in the ambient air without any supervision. It can be expanded to five meteorological parameters, noise, LED display, video, etc. It is used for continuous automatic monitoring of key monitoring areas and various acoustic environment functional areas, and transmits data through wired or wireless methods. It is a comprehensive dust monitoring system integrating data collection, real-time display, statistical analysis, early warning and alarm functions.

AQMS-900VI/VII ambient air/factory boundary NMHC online monitoring system relies on Belgian ORTHODYNE S.A. chromatography technology. Snowdiron independently developed the MODEL 6000 industrial gas chromatograph. It adopts two technical routes: direct method and differential subtraction method to automatically monitor ambient air. The concentration of non-methane total hydrocarbons, benzene, toluene, xylene, halogenated hydrocarbons and other gas components can meet the different application needs of customers.

The AQMS-900VC ambient air VOCs online monitoring system adopts GC-FID technology. The online gas chromatography analyzer introduces Belgian ORTHODYNE S.A. technology, which can continuously monitor the concentration of organic pollutant components such as ozone precursors in the ambient air.

MCS-900V atmospheric composite pollution navigation monitoring vehicle is equipped with atmospheric VOCs fast time-of-flight mass spectrometer PTR-TOF, ambient air VOCs online monitoring system, ambient air quality monitoring station, micro air station, lidar, meteorological instrument, video monitoring, etc., using It has two measurement modes, traveling and parking, to realize online continuous monitoring of particulate matter and gaseous pollutants, and navigation and source tracing functions.

WQMS-900 fixed automatic water quality monitoring system is a comprehensive water quality early warning monitoring system with online automatic analysis instruments as the core and using modern sensor technology, automatic measurement technology, automatic control technology, computer application technology, communication technology and big data analysis technology. , mainly used in the assessment of water environment quality at river monitoring sections and lake and reservoir monitoring points. Through online continuous monitoring of monitoring factors, it assists environmental management departments in building a scientific and effective comprehensive water environment supervision system.

The buoy-type water quality automatic monitoring system adopts real-time, online, full-spectrum automatic monitoring technology and multi-parameter integration technology. It uses the buoy body as a carrier and is equipped with a variety of sensors to achieve real-time online monitoring of water quality. The data is transmitted to the server receiver through the wireless network, and real-time data can be viewed through the system management software and application service platform, thereby achieving long-term continuous monitoring of water quality in rivers, reservoirs, lakes and other water bodies, and providing information for environmental emergencies such as red tides and algae blooms. Early warning information provides timely and effective data and technical support for environmental protection, scientific research and public services.

The mobile water quality monitoring vehicle consists of a vehicle body, electrical system, data acquisition and transmission system, lighting system, ventilation and exhaust system, temperature and humidity control system, water supply and drainage system, waste liquid collection system, etc. Not restricted by location, time, or season, when a sudden environmental pollution accident occurs, they can quickly enter the pollution site. Monitoring personnel use monitoring instruments to identify the type and degree of pollutants, and at the same time, promptly collect and transmit data through the data collection and transmission system. Report the on-site situation to relevant departments.

According to the principle of microbial fuel cells, electrochemically active electrogenic microorganisms (electrogenic bacteria) are used as anode catalysts to oxidize and decompose organic matter in the water. The generated electrons are transferred along the electrode to generate current, which directly converts chemical energy into electrical energy. The current signal passes through The load amplifies the voltage signal and converts the voltage signal into a visible toxicity value through a calculation formula. When toxic substances flow in, the activity of electrogenic bacteria decreases, resulting in a decrease in current; when nutrient organic matter flows in, the activity of electrogenic bacteria increases, resulting in an increase in current. The inflow of toxic substances or nutrient-type organic matter is judged by the sharp decrease and increase of current (voltage), and real-time monitoring and analysis of toxic substances and loaded organic matter in water bodies can be realized.

The chlorophyll a water quality online automatic monitor consists of a controller and a chlorophyll a sensor. The controller can be connected to two sensors at the same time, and has various output interfaces such as analog, digital, and switching. The sensor outputs RS485 signal, which has stronger anti-interference ability.

The algae density and water quality online automatic monitor consists of a controller and a blue-green algae density sensor. The controller can be connected to two sensors at the same time, and has various output interfaces such as analog, digital, and switching. The sensor outputs RS485 signal, which has stronger anti-interference ability.

MODEL 9820 ammonia nitrogen water quality online automatic monitor is a water quality analysis instrument developed by Xuedilong with completely independent intellectual property rights. It has an instrument suitability test report issued by the Environmental Monitoring Instrument Quality Supervision and Inspection Center and a CCEP certificate issued by the Central Environmental Protection Association Certification Center. The monitor uses salicylic acid spectrophotometry and complies with the relevant provisions of the "HJ 101-2019 Technical Requirements and Detection Methods for Online Automatic Ammonia Nitrogen Water Quality Monitors" standard. At the same time, it can resist the interference of turbidity factors in the water body and ensure the accuracy of test results.

The pollution source water quality online monitoring system is suitable for the needs of various sewage discharge companies to monitor and control the pollution source water quality. The system is designed in accordance with the 2020 National Technical Specifications (HJ353-2019) and other standards. It is a system composed of software and hardware facilities that implement functions such as water pollution source flow monitoring, water pollution source water sample collection, analysis, and analysis data statistics and uploading. The system has the functions of real-time collection, transmission, management, quality control, and reverse control of monitoring data. It also has the function of analyzing the operation of water quality treatment facilities and controlling the total amount of sewage discharge.

The MS-200 portable time-of-flight mass spectrometer is used to quickly detect VOCs in gaseous samples on site. It samples directly through a double-membrane sampling system without the need to separate and preconcentrate the sample. The instrument uses polycyclic time-of-flight mass spectrometry analysis technology to effectively improve the sensitivity of the instrument. Using the classic EI ion source, it can be seamlessly connected to the NIST mass spectrometry database certified by the laboratory today. Combined with the automatic mixture analysis software that comes with the instrument, it can analyze a variety of gas components in the concentration range from ppb to percentage (%). Rapid qualitative and quantitative analysis. Built-in battery drive can maintain long-term high-frequency operation (>6 hours), realizing rapid monitoring from the laboratory to the field.

The portable UV gas analyzer (MODEL 3080UV) uses differential ultraviolet absorption spectroscopy (DOAS) without sample separation. It is suitable for on-site rapid detection of characteristic gas components such as SO₂, NO, NO₂, NH₃, O₂, H₂O in gaseous samples. The specially designed gas cell and optical path structure, as well as high-sensitivity imported core components, ensure the reliability, stability and accuracy of the measurement results of the instrument. Compact and lightweight design realizes the portability of the instrument. The system has high-temperature heating throughout the entire process and is particularly suitable for monitoring pollutants with ultra-low emission characteristics under high-humidity and low-sulfur working conditions.

The MODEL3080GC-NMHC portable gas chromatograph uses the GC-FID principle to measure the content of methane, total hydrocarbons, and non-methane total hydrocarbons in ambient air or waste gas from fixed pollution sources. It can select benzene series (benzene, toluene, o-xylene, m-di The content of toluene and p-xylene) complies with the national environmental protection standard "Technical Requirements and Detection Methods for Portable Monitors of Total Hydrocarbons, Methane and Non-Methane Total Hydrocarbons in Ambient Air and Exhaust Gas" (HJ1012-2018), which can achieve high precision and high Sensitivity and high stability for continuous measurements.

MODEL3080GC uses the GC-FID principle to measure the content of methane, total hydrocarbons, and non-methane total hydrocarbons in ambient air or waste gas from fixed pollution sources. It can select benzene series (benzene, toluene, o-xylene, m-xylene and p-xylene). ) content, in line with the national environmental protection standard "Technical Requirements and Detection Methods for Portable Monitors of Total Hydrocarbons, Methane and Non-Methane Total Hydrocarbons in Ambient Air and Exhaust Gas" (HJ1012-2018), which can achieve accurate, sensitive and stable on-site continuous measurement.

MODEL 3080Hg portable flue gas mercury analyzer is used to measure gaseous total mercury and O₂ concentration in flue gas. It adopts stable and reliable cold atomic absorption spectrometry technology. It does not require mercury pre-enrichment operation. It can measure online in real time and is sensitive and stable. advantage.

The flue gas online monitoring remote quality control system (CQCS-1000) is a traceable and environmentally friendly pollution source emission monitoring quality control system developed by SDL. It can be used in conjunction with the flue gas emission monitoring system SCS-900 series products. Ensure the accuracy of pollutant gas emission and greenhouse gas emission measurement results. | Based on online monitoring data and through an intelligent quality control analysis platform, a corporate monitoring and early warning system is established to dynamically monitor corporate greenhouse gas and pollutant gas emissions, improve data quality, improve data supervision capabilities, and provide an accurate data basis for corporate carbon emission accounting. , assisting companies to better manage pollution emissions.

MODEL 3080 portable infrared gas analyzer adopts cold-dry complete extraction sampling, combined with water and dust removal pretreatment system and non-dispersive infrared technology. It is used to measure SO₂, NOx, CO, CO₂, O₂ and other gas concentrations in flue gas. Additional measurements are available. Flue gas flow, temperature, pressure and other parameters, and calculate combustion efficiency, excess air coefficient, total flue gas emissions, etc. Suitable for on-site rapid detection of pollutant gases and greenhouse gases in gaseous samples.

MODEL 3080FT portable Fourier transform infrared analyzer, using Fourier transform infrared spectroscopy technology (FTIR), does not require sample separation, and can measure VOCs, SO₂, NO, NO₂, CO, HCl, NH₃, H₂O, in ambient air and waste gas from fixed pollution sources. There are more than 50 kinds of characteristic gases such as O₂ and greenhouse gases such as CO₂, CH₄, N₂O, SF₆, and NF₃. The instrument uses carefully designed gas cells and optical path structures, high-precision interferometers, and high-sensitivity detectors to ensure the reliability, stability, and accuracy of instrument performance. The system has high-temperature heat tracing throughout, low adsorption and low loss, and can achieve accurate, sensitive and stable measurement of characteristic gases in high-temperature and high-humidity environments.

The carbon emission continuous monitoring system (SCS-900/900C GHG) adopts a cold-dry complete extraction + water and dust removal pretreatment system, combined with a high-precision non-dispersive infrared gas analyzer, to continuously measure CO2, CH4, N2O, etc. in the flue gas online. Greenhouse gases, SO2, CO, NO, O2 and other gas concentrations and flue gas parameters (temperature, pressure, flow rate or flow, humidity, oxygen content, etc.) are uploaded to environmental protection departments at all levels through data acquisition and transmission devices.