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@article{175543,
        author = {Affan Akram Shaikh and Dr. Rajendrakumar Khade and Advait Sawant and Varun Murji Patel and Omkar Jagannath Saste},
        title = {IoT and AI-based Water Quality Monitor and Neutralizer},
        journal = {International Journal of Innovative Research in Technology},
        year = {2025},
        volume = {11},
        number = {11},
        pages = {3314-3319},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=175543},
        abstract = {Managing the quality of water is important for the sustainability of the environment, considering conditions of rivers, ponds, swimming pools, or fish tanks in which the water has a quality below the set standards. This is detrimental for aquatic organisms and even humans. This paper describes a novel IoT Water Neutraliser Pod, an IoT based device which is aimed at continuously monitoring and neutralising water by using smart sensors and automated modalities of treatment. The pod includes pH, turbidity and TDS sensors for real time quality assessment of water. The sensor data is collected and stored on a Firebase Realtime Database which allows monitoring through a custom developed Android application and website. Users can visualize water quality and determine if the water is fit for consumption or needs treatment. The system can autonomously dispense neutralizing agents to the water sensor to water ratio, making the water optimal to drink. This solution is viable for commercial social applications and for example, swimming pools and aquariums. This system helps to maintain water quality and real time monitoring, cloud storage, and automated neutralization of water for optimal conditions. An efficient and scalable approach to water quality management is provided through this system with minimal supervision in diverse settings.},
        keywords = {Autonomous Water Monitoring, Raspberry Pi, Microcontrollers, Remote, Cloud, Real-time Water Analysis, Floating Sensor Platform, Chemical Dosing System, PCB (Printed Circuit Board), Circuit Design, Power Management, Wireless Communication},
        month = {April},
        }