All provinces pay more and more attention to the treatment of industrial exhaust gas, and have introducedThe relevant exhaust emission standards of various industries require that the exhaust gas of each enterprise unit needs to be treated to meet the standards before being allowed to be discharged. Otherwise, the enterprise needs to be punished, and if it is serious, production will be stopped for rectification;
Enterprise status:
Relevant enterprises have relevant equipment for installing exhaust gas treatment, but the relevant departments cannot effectively supervise each Whether the exhaust gas discharged by individual enterprises meets the standard, therefore, relevant monitoring equipment is needed to effectively monitor the exhaust gas data of each enterprise, which can intuitively present the numerical feedback of exhaust gas emissions to the background to achieve more effective supervision;
For example, boiler combustion will produce a large amount of exhaust gas. If it is directly discharged into the environment, it will pollute the air in the surrounding environment. It needs to be treated and meet the standard before it can be discharged. Therefore, the equipment needs to monitor whether the exhaust gas emissions meet the standard, and gas detection equipment is needed to monitor the exhaust gas value in real time, mainly monitoring the gas There are: nitrogen oxide NOX, nitrogen dioxide NO2, nitric oxide, sulfur dioxide, carbon monoxide and other gases; however, boiler exhaust will be accompanied by high temperature, high humidity, high dust and other working conditions. Therefore, conventional gas monitoring equipment cannot be directly installed in the exhaust gas emission port for monitoring, and relevant equipment needs to assist monitoring.
Solution:
Our company has launched a relevant equipment for exhaust emissions that can adapt to high temperature, high humidity and high dust to monitor exhaust gas data in real time; gas monitoring equipment can handle high temperature, condensate and filter powder Dust and other influencing gas instability factors are minimized, so the TH2000 pretreatment monitoring system is launched to monitor such working conditions in real time;
TH2000 online monitoring system workflow:
Workflow: The gas monitoring system consists of a sampling probe placed on the exhaust emission pipeline and an analysis cabinet.
1. The sampling probe is responsible for exhaust gas sampling, and the built-in ceramic or stainless steel filter is used to filter the dust in the exhaust gas;
2. The monitoring cabinet integrates the pretreatment system and analyzer and completes the measurement of the exhaust gas content;
3. Electronic condenser high-efficiency dehumidification system, automatic drop Temperature, drainage, dust filtration;
4. The electric heat-accompanying constant temperature control system avoids water vapor condensation and gas precipitation in the sampling pipeline and prevents the pipeline from freezing in winter (optional);
TH2000 preprocessing monitoring system parameters:
monitoring subsystem | measurement principle | Nitric oxide NO: imported electrochemical sensor Nitric oxide NO2: Imported electrochemical sensor Nitrogen oxide NOX: through NO+NO2+O2 concentration accounting Sulfur dioxide SO2: imported electrochemical sensor Carbon monoxide CO: Imported electrochemical sensors |
measurement component | Nitric oxide NO, nitrogen dioxide NO2, oxygen O2 Nitrogen oxide NOX: accounted by NO+NO2+O2 concentration | |
Measurement range | NO: 0-100mg/m3, NO2: 0-100mg/m3, NOX: 0-500mg/m3, SO2:0-100mg/m3/ CO:0-500mg/m3 | |
| Indication error | ±2% of the calibration point | < /Tr>|
| Analysis cycle | T90 < 20 sec | |
Response time | 30s(no accompanying heatSituations) | |
dataOutput | Detector 2.5-inch high-definition color screen | 1 channel RS232/485 |
5-way 4-20mA | ||
| electric Source | 220 V AC/50 Hz | |
| Non-explosion-proof cabinet size | 820 mmH×500 mmW×350 mmD | |
Our company has launched a relevant equipment for exhaust emissions that can adapt to real-time monitoring of exhaust gas data under high temperature, high humidity and high dust conditions; gas monitoring equipment can handle high temperature and condensation water vapor , filtering dust and other factors that affect the detection of gas instability are minimized, so the TH2000 pretreatment monitoring system is launched to monitor such working conditions in real time.
