
Real-world deployment cases, trusted by agencies, professionals and academics — compliance achieved, exposure reduced, projects delivered.
The traffic emissions are generally monitored by the traditional fixed reference stations. However, those stations are not only expensive to operate, but also unable to monitor emission sources at a close range. This limited their effectiveness in studying local pollution problems. To better understand the traffic emissions in Milan, Italy, the city's environmental agency AMAT (Agenzia Mobilità Ambiente e Territorio) deployed three Sapiens MAS-AF300 in the city to evaluate the advanced air quality sensors compact station’s capability to detect exposure to vehicular traffic-related emission
The Pearl River Delta (PRD) stands as one of the three biggest port clusters in China, playing a vital role in the nation’s trade and transportation efficiency. However, this thriving development comes at a cost, as the shipping activities generate substantial emissions of greenhouse gases and pollutants, including CO2 and SO2. These emissions not only pose health risks to residents of coastal cities but also exacerbate air quality issues in the surrounding areas.
In India, road transportation serves as the primary mode for both goods delivery and passenger travel. The country's extensive road network, stretching across 4.7 million kilometers, significantly enhances the quality of life for citizens and promotes economic growth. However, the environmental and health risks associated with vehicular emissions cannot be overlooked. To advance the understanding of vehicle emission factors in India, Harish C. Phuleria from the Indian Institute of Technology Bombay has deployed Sapiens's high-performance, cost-effective sensors along the Panch-Shrishti-Comp
Sapiens MASEN products help clients and collaborative parties gain a better understanding of roadway network segmentation and sensor data assignment. In this project, Sapiens MASEN series air monitoring sensors are installed on about 20 buses and 100 taxis in Shanghai, effectively covering 80% of the major urban transport routes. These sensors uploaded more than 20 million real-time monitoring data monthly, generating a map of urban road dust clouds.
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