Gas-line analysis system

CEMS CEMS System Overview: TR-9300-line monitoring system is based on the HJ / T75-2001 "thermal power plant flue gas monitoring technical specifications", HJ / T76-2001 "stationary source continuous emission monitoring system technical requirements and test methods" for the thermal power plant flue gas comprehensive continuous monitoring and control system (CEMS) design. The system consists of dust monitoring subsystem, gaseous pollutants monitoring subsystem, flue gas parameters monitoring subsystem, system control and data acquisition and processing subsystems, heating by direct extraction sampling methods, measuring the concentration of pollutants in flue gas, flue gas oxygen content, flue gas temperature, pressure, moisture content and flow of flue gas parameters, and displays and records. Through online monitoring CO, O2 and other ingredients in the participation of Boiler economy control, by front-line monitoring participation desulfurization unit SO2 desulfurization control and monitoring of energy efficiency play a significant role. By CO, SO2, NOX provide the basis for continuous monitoring of pollution control. The system is safe and reliable, real sampling, fast response, high accuracy of analysis, the best selection and many other features and configurations, in fact, analysis system performance, high reliability, low maintenance nature. To meet the increasingly stringent demands of the flue gas monitoring, shaped the company based on its own experience in the industry, the introduction of flue gas analysis specifically for the environmental protection industry a comprehensive solution, the program is mainly used in power plants, industrial furnaces / boilers, control and monitoring of the chemical industry, iron and steel sintering / steel mills, cement industry, waste incineration plants, the oil industry, other industrial processes produce stationary sources of emissions of polluting gases and flue gas desulfurization and denitrification systems. ● gas-line monitoring and analysis before use measurement component detection point Selected range Instrument Selection desulfurization environmental protection SO2 0.00 ~ 5000PPm JNYQ-I -42 desulfurization tower outlet Environmental Protection SO2 0.00 ~ 2000PPm JNYQ-I- 42 smoke (pre-heater export) The Environmental Protection CO 0.00 ~ 2.00% JNYQ-I-41 O2 0.00 ~ 10.0% JNYQ-O -11C flue dust Environmental Protection 0 ~ 200mg / Nm3 D-R216 velocity 0 ~ 40m / S TRPT1-G-03 temperature 0 ~ 250 ℃ TRPT1-G-2-03 ● waste incineration flue gas analysis test point measurement uses components Selected range Instrument Selection combustor Environmental O2 0.00 ~ 10.0% JNYQ-O- 11C CO 0.00 ~ 1000PPm JNYQ-I -42 Environmental waste gas HCL 0 ~ 2000PPm Fourier infrared FTIR SO2 0 ~ 1000PPm JNYQ-I- 42 CO2 0 ~ 20% JNYQ-I -42 NO 0 ~ 500PPm JNYQ-I- 42 boiler flue gas monitoring, divided process control monitoring, and monitoring of pollutants in the sewage outfall, if the concentration of pollutants in the sewage outfall monitoring and other parameters, the boiler main monitoring parameters include: SO2, NO, O2, flue dust, flue gas temperature, flue gas flow, gas humidity, gas pressure which several parameters. Monitoring of these parameters of the entire system, the industry collectively referred to as gas-line monitoring system, and with the data transmission system, and finally upload the data to the EPA for backup. A meter installation location: flue, given the specific location site; all installed in the chimney or chimney or flue gas system components provide CEMS channels (including pneumatic tube) by corrosion-resistant materials. ? System components? Our manufacturing CEMS systems for flue gas sources, continuous measurement of its industrial-type instrument NOx / CO2 / CO / SO2 / O2 content, flue gas flow, particulate matter, temperature and the like. CEMS system consists of the following four components:? 1) The continuous monitoring system of flue gas composition 2) particle concentration measurement system 3) traffic detection system.?.?.?