The significance of CEMS
SOLUTION
Environmental monitoring analysis
Ultra low emission CEMS online monitoring
During the 14th Five Year Plan period, the improvement of ecological environment quality has entered a critical period from quantitative to qualitative change, and the complexity and difficulty of ecological environment governance have become more prominent. In recent years, the country has implemented various energy-saving and emission reduction projects, with a focus on industries such as steel, non-ferrous metals, building materials, petrochemicals, etc., promoting energy-saving transformation and deep pollution control, and promoting ultra-low emission transformation of steel, cement, coking industries, and coal-fired boilers. The TR-9300D continuous flue gas monitoring system is a combination of international advanced online analysis technology and Chinese environmental monitoring technology, carefully crafted through our company's years of accumulated rich experience in the industrial process field. This system complies with the environmental protection industry standards HJ 76-2017 and HJ 75-2017 of the People's Republic of China, and has obtained the "Environmental Protection Product Certification" CCEP issued by the China Environmental Protection Industry Association. This system is applied to online monitoring of gaseous pollutants (SO2, NOx, CO, CO2, HF, HCL) and solid pollutant dust in flue gas, as well as temperature, pressure, humidity, oxygen, and flow rate. At the same time, it calculates the emission rate and amount of pollutants in flue gas, displays (supports printing) and records various data and parameters, forms relevant charts, and transmits them to environmental protection departments at all levels through data, graphics, and other means. This system can be applied to the monitoring of ultra-low emission site CEMS, as well as to the monitoring of conventional emission site CEMS, meeting the application requirements of different enterprises, different emission limits, and various monitoring needs.
• Calculate the desulfurization (denitrification) efficiency;
• Improve and optimize production processes, reduce operating costs;
• Monitor whether pollutant emissions meet emission standards;
• Provide a basis for determining the types and quantities of pollutant emissions;
• Environmental management shifts from qualitative management to quantitative management;
• Implement remote transmission to provide a basis for environmental monitoring enterprises.
Basic components of CEMS
• Gas pollutant monitoring unit;
• Particle monitoring unit;
• Smoke parameter monitoring unit;
• Data acquisition and processing unit.
Characteristics of CEMS system
• The key components of the system are all imported products, with stable performance and low maintenance;
• The system complies with the latest requirements of HJ 76-2017 and HJ 75-2017, and supports full process calibration;
• Can meet the dynamic control requirements of different provinces and regions, and achieve intelligent dynamic control data transmission in the system;
• Modular design of the system, with a simple and reasonable structure and flexible configuration, can meet various needs of different working conditions and users;
• The system has strong anti-interference performance and can operate continuously and stably under complex and harsh working conditions;
• The system has a main instrument component fault alarm function, which is easy to operate and easy to maintain;
• The system has an environmental protection CCEP certificate, meets the latest national environmental protection standards, has reasonable design specifications, and high measurement accuracy;
• The system data collection and transmission comply with the requirements of the HJ 212-2017 pollution online monitoring system data transmission standard, with high accuracy in data collection and transmission, and stable and reliable data;
• The system uses fewer vulnerable parts and has a long service life.