Real time monitoring statistical analysis of pollutant discharge data from garbage incineration power plants using odor online monitoring system
2024-08-20 07:16:31
As one of the important ways to dispose of daily household waste, incineration of urban household waste for power generation can not only effectively treat the waste, achieve the goals of reduction, harmlessness, and resource utilization, but also turn waste into treasure by converting household waste into electricity. However, in daily life, the odor generated by biomass waste incineration power plants not only seriously affects the quality of life of surrounding residents, but may also pose potential hazards to the environment and human health. Therefore, installing an online odor monitoring system is particularly important.
The OSEN-OU odor electronic nose online monitoring system uses a pump suction method to detect gases, and the sensitive components use imported gas sensors, which have sensitivity and excellent repeatability; The instrument is controlled by an embedded microcomputer, with simple operation, complete functions, high reliability, and multiple adaptive capabilities; By using touch LCD and LED displays, relevant data can be viewed intuitively and clearly, with strong human-computer interaction.
The OSEN-OU odor electronic nose online monitoring system simultaneously monitors various odor factors in the ambient air, including methyl mercaptan, methyl sulfide, dimethyl disulfide, styrene, hydrogen sulfide, ammonia, trimethylamine, carbon disulfide, and other environmental parameters for concentration measurement. Based on the relevant parameter measurement data, our algorithm calculates the dimensionless OU value of odor, integrating automatic monitoring, statistical analysis, and data transmission, achieving 24-hour real-time monitoring, on-site data collection, excessive concentration determination, and excessive alarm functions.
Product Features
1. Adopting original imported high-resolution sensors developed for atmospheric environment detection and UK factory recommended signal processing circuits (ISB) to achieve high resolution;
2. Compensation measurement method+adaptive intelligent software algorithm, effectively solving the impact of temperature and humidity on detection results;
3. Fully automatic temperature and humidity compensation technology ensures accurate and effective measurement data;
4. The instrument is equipped with a built-in vacuum pump, which actively draws gas into the detection system, resulting in a faster response compared to passive free diffusion;
5. Integrated GPRS communication technology, real-time monitoring of atmospheric environment data, real-time transmission of data, and real-time monitoring of equipment operation status;
6. Strong scalability, capable of expanding monitoring parameters such as meteorological parameters and dust particles;
7. The whole machine complies with EMC design standards, has super strong anti electromagnetic interference ability, and is suitable for various complex industrial sites;
8. Built in storage chip, capable of storing detection data, expandable storage card, increasing storage capacity;
9. Built in anti electromagnetic interference, data compensation, and anti cross interference processing to achieve high-precision data detection and long-term stability and reliability;
10. IoT function: Data can be uploaded to the cloud platform through wireless methods such as 4G, and the data transmission complies with the "Data Transmission Standard for Pollutant Online Automatic Monitoring (Monitoring) System" (HJ212-2017) standard.
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