Sewage Monitoring and Maintenance Alert using IoT

Abstract

bstract: We're planning to create a smart gadget that can detect when the drainage system becomes clogged, and if water overflows as a result of this clogging, we'll notify the local authority so they can take the appropriate measures. Additionally, the Android application allows for real-time monitoring of the drainage system's status. Four sensors will be used as input devices for the project: a pH sensor to measure the acidity of the sewage water as accurately as possible so that the water can be treated in a wastewater treatment plant and can be reused; an ultrasonic sensor to detect blockages; a water level/float sensor to detect overflows of water; and a gas sensor to measure the to detect all toxic gases released from the sewage. Finally, by inputting the picture samples collected during sewage monitoring, we may use image processing to find fractures in the pipes. The ESP8266, which serves as both a microcontroller and a wireless module, receives and processes the data from these sensors. Here, a push notice is given to the mobile device in case of Blockage or Overflow in addition to the real-time ultrasonic distance being supplied to the Blynk/Adafruit Application. Using our smartphones, we can control any IoT device using the Blynk/Adafruit application, which can operate on Android, iOS, and Windows platforms. To develop the graphical user interface for our IoT application, we may create our own GUI