1. Application Scenarios

1) Weather station:

It can monitor the change of oxygen concentration in the atmosphere in real time, combined with other meteorological parameters such as temperature, humidity, air pressure, wind direction, wind speed, etc., it is helpful to study the atmospheric circulation, climate change and other meteorological phenomena. For example, in the process of studying the formation and development of weather systems such as rainstorm and typhoon, the change of oxygen concentration may be related to the vertical movement of the atmosphere and water vapor transport, which provides important data support for the establishment and prediction of meteorological models.

2) Environmental monitoring site:

Monitoring of atmospheric oxygen concentrations in different environments such as cities, industrial areas, and nature reserves. In the urban environment, the monitoring data of other pollutants such as sulfur dioxide, nitrogen dioxide, particulate matter, etc. can be combined to assess the air quality status, understand the relationship between oxygen and pollutants in the atmosphere, and provide a basis for urban environmental governance and air quality improvement. In industrial areas, monitoring oxygen concentration can prevent abnormal changes in oxygen concentration caused by industrial emissions and other factors, and ensure the safety of the surrounding environment and personnel. In nature reserves, monitoring oxygen concentration helps to understand the health status and ecological balance of the ecosystem.

Role of 2. data

1) Meteorological research:

Long-term accumulation of oxygen concentration data can help meteorologists analyze the trend of oxygen concentration in different seasons and years, and study its relationship with large-scale meteorological phenomena such as global warming and climate change. It can also be used to verify and improve the meteorological numerical model and improve the accuracy of weather forecast.

2) Air quality assessment:

Oxygen concentration is an important reference index for air quality assessment. Normal atmospheric oxygen concentration is the basis of maintaining the ecosystem and human health. When the oxygen concentration changes abnormally, it may indicate that there are some problems in the atmospheric environment. Combined with the concentration data of other pollutants, it can evaluate the air quality level more comprehensively, and provide a scientific basis for the environmental management department to formulate and adjust environmental protection policies and take pollution prevention and control measures.

Here, let's recommend a LOX-02 sensor for detecting O2. This sensor is a fluorescent oxygen sensor specially developed by SST in Britain for detecting O2.

1.LOX-02The characteristics

1) Fluorescence-based optical technology, non-electrochemical

2）Free of harmful substances; in accordanceRoHS & REACHStandard

3）Direct connection to the microcontroller without additional circuitry

4）Factory calibration

5）High precision

6）Maintenance-free

2. parameters for LOX-02

For details, please contact。