Leveraging Artificial Intelligence for Real-Time Environmental Monitoring and Pollution Control

Abstract

Artificial Intelligence (AI) has emerged as  one of the  transformative tools in environmental science. This paper explores some of the  novel AI-driven systems designed for real-time monitoring of air as well as the  water quality, early detection of the  pollution hotspots, and dynamic control interventions. . We advocate a hybrid AI framework combining deep neural networks, reinforcement learning, and sensor fusion algorithms, implemented in a pilot deployment throughout urban–commercial zones. We gathered spatiotemporal records via a community of low-cost IoT sensors and compared AI version outputs towards conventional monitoring. Results indicate a 35 % development in detection accuracy and a 40 % discount in response time to pollution occasions. Furthermore, a reinforcement getting to know–based controller finished a 25 % reduction in pollutant awareness peaks via dynamically optimizing commercial emissions. We talk about scalability, boundaries, and policy implications. Our findings demonstrate that AI-based structures can notably decorate environmental resilience and facilitate proactive interventions. This painting advances the literature by providing an actual-global demonstration of closed-loop AI for pollutants control and offers tips for large-scale adoption.