CEM India - Abstract

Abstract Information :

In our rapidly urbanizing world, smart cities are gaining momentum as technology and data-driven solutions improve urban life. One crucial concern is air quality, which directly affects public health and the environment. This presentation explores how the integration of hyperlocal near-reference air quality sensors with Continuous Ambient Air Quality Monitoring Systems (CAAQMS) reference stations enhances smart city air quality monitoring. This collaboration enables effective monitoring, identification of pollution hotspots, and targeted measures to safeguard public health and the environment. Compared to conventional air pollution management, which commonly relies on a few sparsely located monitors and modeling, hyperlocal monitoring allows for a more holistic picture of air quality at a high spatial resolution (with different concentrations every 30 meters, for example) and frequency (different concentrations every minute or few minutes, rather than on an hourly or daily basis). Hyperlocal monitoring can fill a gap in places where modeled data is not available. Additionally, measuring on-the-ground pollution allows for a better understanding of the true exposure and health impacts of air pollution, which can then result in targeted solutions. The Win-Win Situation: Integrated Solutions for Smarter Cities The integration of hyperlocal sensors with CAAQMS reference stations presents a win-win situation for smart cities. On one hand, hyerlocal sensors provide reliable hyperlocal data, enabling city officials and decision-makers to identify pollution hotspots and implement targeted interventions. On the other hand, CAAQMS reference stations offer accurate and standardized data, ensuring the reliability of the overall air quality monitoring system. This integrated approach combines the strengths of both systems, creating a comprehensive solution for smarter cities.