How to measure, identify, and precisely locate gas emissions outdoors?

• Ellona devices, such as the WT1 Pro and WT1 Lite, are designed to locate, measure, and precisely identify pollutant gas emissions on and around an industrial site, in smart cities, ports, and airports.
• A wide detection capacity: The WT1 Pro can integrate up to 6 electrochemical sensors and 2 optical sensors (or 1 optical sensor and 1 PID sensor), while the WT1 Lite can integrate 4 electrochemical sensors and 1 optical sensor, offering great flexibility in the choice of gases to analyze. You can select from a list of 25 different gases, covering pollutants such as nitrogen dioxide (NO₂), sulfur dioxide (SO₂), carbon monoxide (CO), ozone (O₃), hydrogen sulfide (H₂S), ammonia (NH₃), and many others.
• The intelligence of the sensors is not limited to simple gas level detection. Thanks to the EllonaSoft platform, these devices perform real-time analysis of collected data every 10 seconds, allowing for precise identification and localization of pollution sources. By using artificial intelligence algorithms and advanced analytical models, the devices track gas fingerprints and model their dispersion in the environment, providing a comprehensive and in-depth understanding of emissions.
• The collected data is also correlated with real-time meteorological information (wind, temperature, humidity), enabling a dynamic visualization of emission dispersion and a simulation of their impact on surrounding areas. This allows for better anticipation of gas impacts in local areas, whether in urban zones, near ports, or close to airports.
• A key feature is the smart alert and real-time notification system. When a critical gas threshold is detected, the system generates customized alerts, allowing operators to react quickly. Additionally, the platform enables the automation of remediation systems, such as activating ventilation or filtration systems, to limit environmental impact.

In summary, Ellona devices provide a comprehensive and proactive solution for monitoring and managing pollutant gas emissions. Their ability to analyze a wide range of gases, combined with sophisticated real-time data analysis, ensures efficient risk management and optimal protection of the environment and public health, whether for industrial sites, smart cities, ports, or airports.