Product Description

The drone-based air monitoring sensors high-precision and high-response gaseous pollutant monitoring and adopt an aspirated sampling air path to improve system response speed up to 1Hz. The monitoring system with independent air path eliminates the wake interference caused by rotors, achieving multiple monitoring tasks such as hover detection, navigation detection and vertical detection under different operating environments. The Sirius-A3 can measure six to eight gaseous pollutants simultaneously. The monitoring sensors can be customized based on user project requirements, and the subsequent addition, removal or replacement are available. The main monitoring gases are the basic particulate matter and gaseous pollutants included nitrogen dioxide (NO2), ozone (O3) and carbon oxide (CO), and the odor pollutants included hydrogen sulfide (H2S) and total volatile organic compounds (TVOC). Other gases such as nitrogen oxide (NO) or carbon dioxide (CO2) are customizable.

Features

• Sapiens’ patented air pollution system and method based on UAV flight platform.
• Independent power supply and data transmission path, compatible for any UAV.
• Pump-priming active air collection to improve system responsiveness.
• IP55 level waterproof design, suitable for atmospheric monitoring under various environmental conditions.
• GPS real-time positioning to monitor location information.
• Highly integrated, from 0.3um to 10um, measuring PM1 , PM2.5 , PM10 simultaneously.
• PM module with all round shielding on six sides for high interference immunity.
• Proprietary gas sensor dynamic reference tracking technology, eliminating the effects of ambient temperature and humidity.
• Data transmission via 4G network and real-time data monitoring via cloud platform.
• Customized adapters to dock with any UAV, top or bottom mounted.
• Ultra-low power consumption, ultra-long life, built-in lithium battery, can run continuously for about 3 hours, or external drone power supply.
• Enriched data platform allows multiple functions in navigation, spatial and vertical distribution, emission monitoring etc.

Applications

• Regular fixed-point monitoring for air environment in the industrial park and pollution hotspot identification
• Monitoring of odor distribution in landfill and chemical park
• Chemical plant stack emission monitoring
• Emergency monitoring of high pollution concentrations from accidental spills
• Monitoring of vertical distribution of pollution from high-rise buildings
• Monitoring of urban low-level air quality conditions
• Pollution emission monitoring from ships

Please contact us for price details