OEM Continuous Stack Emission Monitoring System CEMS Solutions For SO2 NO NO2 Flue Gas Analyzer
Price:
USD10000-20000
MOQ:
1 Unit
Delivery Time:
10-15 working days
Brand:
JUGE
Product Description
High Temperature Extraction Method 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 exhaust gases from fixed pollution sources (such as boilers, industrial furnaces, incinerators, etc.), suitable for high-humidity, low-concentration environments.
CEMS typically consists of three main components: the gaseous pollutant monitoring unit (SO2, NO, NO), 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 heating pipeline, is filtered by a two-stage dust filter, and directly enters the gas chamber in the analyzer. The gas chamber is placed inside a high-temperature box and connected via UV fiber optics to a UV differential analyzer for flue gas measurement.
>>Feature
1) Full-flow high-temperature extraction design, fast response time, accurate measurement, and minimal sulfur loss.
2) PLC control with adjustable parameters for complex operating conditions.
3) Fully intelligent system design with fault alarms and easy maintenance.
4) Fully modular design, allowing flexible expansion of monitoring factors.
5) Direct NO measurement, avoiding conversion loss and ensuring accurate results.
>>Main technical parameters
CEMS typically consists of three main components: the gaseous pollutant monitoring unit (SO2, NO, NO), 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 heating pipeline, is filtered by a two-stage dust filter, and directly enters the gas chamber in the analyzer. The gas chamber is placed inside a high-temperature box and connected via UV fiber optics to a UV differential analyzer for flue gas measurement.
>>Feature
1) Full-flow high-temperature extraction design, fast response time, accurate measurement, and minimal sulfur loss.
2) PLC control with adjustable parameters for complex operating conditions.
3) Fully intelligent system design with fault alarms and easy maintenance.
4) Fully modular design, allowing flexible expansion of monitoring factors.
5) Direct NO measurement, avoiding conversion loss and ensuring accurate results.
>>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 | ||
| Flue gas parameters |
Temperature | Measuring range | (0~300) ºC, is customizable |
| Accuracy | ≤±3℃ | ||
| Pressure | Measuring range | (-10~10)kpa | |
| Accuracy | ≤0.5% | ||
| Velocity of flow | Measuring range | (0~40) m/s, (0~2) kpa, the output is optional | |
| Accuracy | ≤±2% | ||
| Humidity | Measuring range | (0~40)vol% | |
| Accuracy | ≤±2% | ||
O2 |
Measuring range | (0~25)% | |
| Accuracy | ±2% | ||
| 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
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Company
Nanjing Juge Environmental Technology Co., Ltd.
Location
Building 17, No. 99 Guangli Road, Moling Subdistrict, Jiangning District, Nanjing, Jiangsu
Contact Person
Leon Chen