Odor monitoring device

What can odor monitoring devices measure? The so-called odor monitoring device is mainly used to detect the concentration of odor monitoring devices, whether it is excessive or not, and to protect our personal safety through detection. The oxygen concentration monitoring device produced adopts a pump suction method, and the suction force of the pump can be adjusted. At the same time, the shell of the odor monitoring device is made of high-strength special engineering plastic, which is anti slip, waterproof, dustproof, and explosion-proof.

Characteristics of Odor Monitoring System

1. Multiple sensor hybrid sensor arrays are combined, with 4 types of MOS metal oxide sensors, 1 type of PID photoionization detector, 2-4 types of electrochemical sensors, etc;

2. The results can display the single gas concentration values of hydrogen sulfide/ammonia, total organic volatile compounds of VOCs, or the single concentration values of user selected odor gases (1-2 types), as well as the dimensionless odor concentration OU value;

3. On site or remote monitoring center, real-time and historical monitoring data can be viewed through the network;

4. It can be combined with geographic information maps to truly reflect monitoring situations;

5. Real time monitoring results can be viewed through smartphones and tablets;

6. Optional odor pollution trend analysis software function;

7. It has remote transmission modes such as WiFi/GSM/GPRS/3G, etc;

8. Choose different network management modes based on user needs, such as internal LAN management, open network management, database cloud management, etc;

9. OLFOSENSE odor online monitoring system can be equipped with meteorological parameter instruments, automatic sampling systems, automatic alarm devices, etc;

10. Open communication interface, which can be integrated and linked with other devices and software for free communication;

11. OLFOSENSE odor online monitoring system, which can freely add the number of instruments to form a network without quantity restrictions;

12. Pre set odor concentration OU detection database, which can be directly applied for database analysis and detection, or user-defined database selection can be used

Characteristics of Odor Monitoring System:

1. Implement multi parameter automatic monitoring and anti-interference technology design

2. High precision, reliable performance, suitable for outdoor and industrial environments

3. Implement various parameter collection, automatically upload to the network platform, and automatically publish data

4. Integrated GPRS communication technology, real-time monitoring of atmospheric environment data, real-time transmission of data, and real-time monitoring of equipment operation status

5. Small size, modular design, flexible grid layout

6. Integrated temperature compensation technology and automatic calibration technology

7 adopts a 32-bit high-speed processing core chip

8 uses a positioning system to track devices in real-time

The odor monitor is an economical and practical gas detector that can continuously display the concentration of harmful gases to be measured. The odor monitor uses high-precision electrochemical principle sensors from the UK to monitor oxygen concentration in the monitoring environment or enclosed space and sound an alarm. It has self calibration function and zero point calibration function, making gas monitoring more accurate and reliable!

Application of Odor Monitoring System

Environmental monitoring stations, environmental protection bureaus, and various environmental protection organizations

Perfume manufacturing plant, food processing plant, drug processing plant and other chemical plants

Petrochemical plants, refineries, paper mills, etc

Sewage treatment plants, landfills, livestock farms, etc

Environmental testing and evaluation companies, etc

The harm of malicious gases is very harmful, and household waste and kitchen waste treatment facilities, such as garbage transfer stations, treatment plants, landfills, incineration plants, etc., are typical sources of odor pollution.

Stinky gases are brought by household and kitchen waste, which not only cause discomfort to people, but also lead to lack of breathing, anorexia, insomnia, memory loss, and irritability in the environment. Feeling goosebumps and vomiting. When the concentration of foul odor is high, people can get sick and even suffocate directly.

Medical waste contains a large amount of pathogenic microorganisms, parasites, varicose veins, mosquitoes and flies, which can cause the spread of diseases. It may also be infected with pathogens, viruses, chemical pollutants and radioactive substances, posing great danger. gender For this reason, medical waste is also considered a "top danger" and "deadly killer", with long-term accumulation and harm.

For the problem of odor, a set of timely odor monitoring for the entire industrial park is needed; Excessive standard alarm; Timely perform sampling for gases exceeding the standard; And combined with relevant traceability reference analysis software, reasonably arrange monitoring points to solve the problem. The detection methods in industrial parks or areas with fewer odor sources lack manpower and cannot be carried out in a timely manner, which hinders effective cooperation with our environmental protection personnel in industrial parks. Assessment and monitoring of odor pollution to better manage the odor in the entire industrial park effectively.

The odor monitoring instrument based on sensor principle has many characteristics such as small size, multiple parameters, low cost, fast analysis speed, real-time response, simple installation, and easy maintenance. The principle of sensors usually involves semiconductor, electrochemical, PID and other technologies. After configuring the protective shell, it can withstand various harsh weather conditions such as strong winds and heavy rain, and can be used in various environments.

Odor monitoring devices can usually be equipped with intelligent monitoring systems. By using grid layout, concentric circle layout, two-sided layout, fan-shaped layout and other methods within the area, it is easy to query the emission status and trend changes of odors, peculiar smells, etc. in the area through the system. Comprehensive monitoring of odor pollution from points, lines, and surfaces. And it can trace and determine the source of pollution based on changes in wind speed, wind direction, pressure, and odor concentration gradient within the area, reducing the difficulty of investigation. In addition, it can also promptly detect sudden odor pollution problems, leaks, illegal discharges, and other situations, achieving emergency monitoring, warning, management, and other functions.

The emergence of odor monitoring devices can be said to provide an effective and achievable way for odor emission management. Although odor monitoring devices based on sensor principles can only roughly estimate the content of odorous gases, this does not affect their widespread application in factory monitoring, park monitoring, boundary monitoring, and surrounding monitoring. Only by roughly understanding the overall situation of odor emissions in the area can we better concentrate our efforts on addressing individual issues one by one.