Audited Supplier
AG-CEMS07
Customized
Non Portable
CE
So2 Nox
Extract Cold Dry Method+UV Absorption Method
0-200mg/M3 OEM
0-200mg/M3 OEM
0-200mg/M3 OEM
0-25%
Less Than 2%
Less Than 120s
Less Than 2%F.S.
JUGE or OEM
Carton
19"x3U
Nanjing, China
Product Description
CEMS Online SO2 NO NO2 Continuous Emission Monitoring System Flue Gas Analyzer>>Overview
It can monitor the real-time concentration of particulate matter and gaseous pollutants in the flue gas emitted from stationary pollution sources (such as boilers, industrialfurnaces, incinerators, etc.), enabling supervision of production and emissions fromthe source.
CEMS (Continuous Emission Monitoring System) generally consists of three basic components: the gaseous pollutant monitoring unit (SO2, NO, NO2), the flue gas parameter monitoring unit (temperature, pressure, flow rate, O2, humidity), and the data acquisition and processing unit.
The sample gas passes through a high-temperature heated pipeline, undergoes dustremoval via atwo-stage filter,and is dehumidified by a two-stage condensation system before directly entering the gas chamber of the analyzer. The gas chamber ishoused within the analyzer and connected to an ultraviolet differential analyzer via ultraviolet optical fibers, achieving accurate measurement of the flue gas.
>>Feature
1) Secondary condensation for rapid water removal, reducing SO2 loss.
2) Long-life UV xenon lamp with high wavelength resolution ensures low detection limits, minimal temperature drift, fast response time, and accurate measurements.
3) PLC-controlled with adjustable parameters to adapt to complex working conditions.
4) Intelligent system design with traceable fault alarms for easy maintenance and troubleshooting.
5) Fully modular design, enabling flexible expansion of monitoring factors.
6) Flexible configuration: Users can choose between an NO2-NO converter or direct NO measurement as required.
>>Main technical parameters
CEMS (Continuous Emission Monitoring System) generally consists of three basic components: the gaseous pollutant monitoring unit (SO2, NO, NO2), the flue gas parameter monitoring unit (temperature, pressure, flow rate, O2, humidity), and the data acquisition and processing unit.
The sample gas passes through a high-temperature heated pipeline, undergoes dustremoval via atwo-stage filter,and is dehumidified by a two-stage condensation system before directly entering the gas chamber of the analyzer. The gas chamber ishoused within the analyzer and connected to an ultraviolet differential analyzer via ultraviolet optical fibers, achieving accurate measurement of the flue gas.
>>Feature
1) Secondary condensation for rapid water removal, reducing SO2 loss.
2) Long-life UV xenon lamp with high wavelength resolution ensures low detection limits, minimal temperature drift, fast response time, and accurate measurements.
3) PLC-controlled with adjustable parameters to adapt to complex working conditions.
4) Intelligent system design with traceable fault alarms for easy maintenance and troubleshooting.
5) Fully modular design, enabling flexible expansion of monitoring factors.
6) Flexible configuration: Users can choose between an NO2-NO converter or direct NO measurement as required.
>>Main technical parameters
| Project | Index | ||
| Gaseous pollutant | So2 | (0~200) mg/m3, the range can be customized | |
| No | (0~200) mg/m3, the range can be customized | ||
| No2 | (0~200) mg/m3, the range can be customized | ||
| O2 | (0~25)% | ||
| Repetitiveness | ≤2% | ||
| 24h zero drift and range drift | ≤±2%f.s. | ||
| One-week zero-point drift and range drift | ≤±3%f.s. | ||
| Linear error | ≤±2%f.s. | ||
| Response time | ≤120s | ||
| Particulate matter | Measured range | (0.5~15)m | |
| Dust concentration range | (0~10) mg/m3, the range can be customized | ||
| Accuracy | ≤±2%f.s./24h | ||
| Flue gas parameters | Temperature | Measuring range | (0~300) ºC, is customizable |
| Accuracy | |||
| Pressure | Measuring range | (-10~10)kpa | |
| Accuracy | |||
| Velocity of flow | Measuring range | (0~40) m/s, (0~2) kpa, the output is optional | |
| Accuracy | |||
| Humidity | Measuring range | (0~40)vol% | |
| Accuracy | |||
| Data acquisition and processing | Data transmission module | 8-way analog input | |
| 1-channel rs485 communication interface | |||
| IPC | 6-way rs232 communication interface | ||
| Windows7 operating system | |||
| Operational software | Flue gas emission monitoring software monitor | ||
| Power Supply | Ac 220v,50hz,≤7kw | ||
>>System composition
AG-UVA07 Flue Gas Analyzer
>>Overview
The AG-UVA07 gas analyzer consists of several key components, including a light source, gas chamber, spectrometer, HMI module, interface board, temperature sensor, electrochemical oxygen sensor, and expandable modules.
The analyzer employs advanced technologies such as Differential Optical Absorption Spectroscopy (DOAS) and Partial Least Squares (PLS) algorithms for spectral data processing. It features a compact and versatile measurement chamber designed for high precision and ease of maintenance. Additionally, the device integrates a high-performance microprocessor with embedded software capable of signal processing, data computation, real-time monitoring, keyboard operations on the HMI, LCD display, alarm functions, and system settings.
>>Feature
1) Multi-pass gas chamber design for extended optical path and ultra-low gas concentration detection.
2) Low drift, high precision, low power consumption, fast response.
3) High-performance UV xenon lamp with long lifespan and vibration-resistant design.
4) Modular design for light source, detector, and core circuit, ensuring high reliability, scalability, and easy maintenance.
The analyzer employs advanced technologies such as Differential Optical Absorption Spectroscopy (DOAS) and Partial Least Squares (PLS) algorithms for spectral data processing. It features a compact and versatile measurement chamber designed for high precision and ease of maintenance. Additionally, the device integrates a high-performance microprocessor with embedded software capable of signal processing, data computation, real-time monitoring, keyboard operations on the HMI, LCD display, alarm functions, and system settings.
>>Feature
1) Multi-pass gas chamber design for extended optical path and ultra-low gas concentration detection.
2) Low drift, high precision, low power consumption, fast response.
3) High-performance UV xenon lamp with long lifespan and vibration-resistant design.
4) Modular design for light source, detector, and core circuit, ensuring high reliability, scalability, and easy maintenance.
>>OEM Solutions & Service Advantages
We provide OEM customization services. Contact us to discuss tailored product solutions.
1) 12-hour response guarantee for all inquiries;
2) Premium quality with industry-competitive pricing;
3) Dedicated post-purchase support system;
4) OEM/ODM compatibility;
5) Certified safety equipment specialists with expert engineering team.
>>FAQ
Q: Can I request a single sample unit for quality assessment?
A: Absolutely. We strongly advise sample evaluation before mass ordering.
Q: Could I obtain your product catalog and MOQ pricing details?
A: Our complete product portfolio is available digitally. Please browse our website for model specifications or email specific requests.
Q: What pricing advantages apply for large quantity orders?
A: Submit your complete requirements (product model, quantities, quality standards, branding specifications, payment terms, and logistics details) for optimized bulk pricing.
>>Certifications
>>Shipping
