Abstract: This research paper presents the design and implementation of an automatic sewage monitoring system using IoT (Internet of Things). The system aims to address the increasing concerns related to sewage management in urban areas. It integrates several key components, including the NodeMCU microcontroller, SIM800L GSM module, XL6009 booster module, MQ gas sensor, JSN SR-04T waterproof ultrasonic sensor, and an on/off switch. The NodeMCU acts as the central control unit, facilitating data acquisition, processing, and transmission. The SIM800L GSM module enables the system to establish a wireless communication link, allowing remote monitoring and control. The XL6009 booster module ensures a stable power supply for the system's components. The MQ gas sensor is utilized to detect harmful gases, providing early warning signs of potential sewage-related hazards. The JSN SR-04T waterproof ultrasonic sensor enables accurate measurement of sewage levels in tanks or containers. Lastly, the on/off switch allows manual control over the system's operation. Through this integrated system, real-time data on sewage levels, gas concentrations, and system status can be collected and transmitted to a central server or user interface. This information enables proactive management and timely response to sewage-related issues, improving overall sanitation and public health. The proposed automatic sewage monitoring system utilizing IoT technology has the potential to revolutionize sewage management practices, offering a cost-effective and efficient solution for urban areas.

Keywords: Sewage Monitoring, IOT, Automation, NodeMCU.

PDF | DOI: 10.17148/IJARCCE.2023.125293

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