Odor gas detector Enables 24-Hour Continuous Monitoring of Odor Pollution in Industrial Plants

Odor gas detector employs a multi-sensor array to monitor odor concentration (OU), ammonia, and hydrogen sulfide according to GB14554 standards. The sensors support individual plug-and-play calibration, enabling 24-hour continuous monitoring of odor pollution in industrial parks, pharmaceutical plants, and other similar areas.

Odor gas detector, also commonly referred to as an electronic nose, can conduct environmental odor monitoring in polluted areas intermittently or continuously (24/7), providing reliable data support for environmental management in industrial parks, pharmaceutical plants, and various production enterprises, safeguarding regional environmental quality and the health of surrounding public areas.

Odor gas detector strictly adheres to relevant GB14554 standards in its testing operations, simultaneously monitoring pollutant indicators such as odor concentration (OU), ammonia, and hydrogen sulfide. The core of the equipment consists of a hybrid array of sensors based on various principles, including metal oxide sensors, PID photoionization detectors, electrochemical sensors, and ETO sensors. This rich sensor configuration covers the detection needs of different types of odor gases. The entire system adopts a modular design, with each sensor supporting individual plug-and-play operation. Staff can calibrate and replace sensors independently. The equipment includes on-site calibration capabilities, eliminating the need to transport the instrument back to the laboratory for calibration, significantly reducing subsequent maintenance costs and minimizing equipment downtime.

When deploying a multi-sensor array, the accompanying algorithm establishes an analysis curve matching human olfactory identification methods. This simulates the human olfactory system, converting collected air sample data into corresponding odor concentration values and various malodorous gas concentration data. This reduces data bias caused by single-gas detection, making the monitoring results more closely resemble actual human olfactory perception. During actual monitoring, the equipment collects malodorous gas information in the air in real time, and the monitored data can be output externally in real time, allowing managers to monitor the dynamic changes in odor pollution in the factory area and surrounding areas at any time.

Currently, complaints about odor pollution are increasing year by year, and sudden, intermittent odor problems have always been a challenge for enterprise environmental management. Traditional manual olfactory identification methods have shortcomings such as high labor costs, inability to provide 24/7 monitoring, and delayed evidence collection. Once deployed, Odor gas detector can be permanently stationed at factory boundaries, industrial park boundaries, and near production pollution sources to continuously record odor emissions. If odor levels exceed standards, management personnel can promptly identify the problem, quickly trace the source of the odor, and take preventative control measures. This reduces environmental disputes caused by odor pollution, helps companies establish a routine and scientific odor environmental management mechanism, and promotes the stable implementation of waste gas treatment in the factory area.