IOT BASED SEWER AND SEPTIC TANK SENTINAL (PROTECTING WORKERS FROM TOXIC GAS EXPOSURE)

Abstract

Develop a IOT based gas monitoring system for sewer and septic tank to detect the toxic and non-toxic gases in real time. Implement a user-friendly interface for remote monitoring and alerting to ensure the safety of worker. Investigate and incorporate safety measure and protocols to respond effectively to detect the gas level. Implementing an oxygen sensor in the IOT based project to monitor dissolved oxygen level by providing insight into environmental condition of sewer and septic tank. Raise awareness and educate worker about the dangerous manual cleaning and the benefits of the IOT based system.

Specification

Description:Develop a IOT based gas monitoring system for sewer and septic tank to detect the toxic and non-toxic gases in real time. Implement a user friendly interface for remote monitoring and alerting to ensure the safety of worker. Investigate and incorporate safety measure and protocols to respond effectively to detect the gas level. Implementing an oxygen sensor in the IOT based project to monitor dissolved oxygen level by providing insight into environmental condition of sewer and septic tank. Raise awareness and educate worker about the dangerous manual cleaning and the benefits of the IOT based system.
• Concentration Determination of Hazardous Gases:
In the proposed system we use various gas sensor inclusive of MQ4(Methane Sensor), MQ7(Carbon Monoxide Sensor), MQ135(Ammonia Sensor), MQ136(H2S Sensor) & MQ811(Co2 Sensor) for detecting the presence of hazardous gases I sewage.
• Detecting The Oxygen Oxygen Level:
Utilize galvanic oxygen sensor placed strategically within the septic tank to continuously monitor oxygen level.
Transmit sensor data wirelessly to control monitoring system for real-time assessment of oxygen concentration.
• Database Upload & Development of User-Friendly Mobile APP:
Creating a user-friendly app enabling login, displaying gas ppm level, and plotting gas variation via thing speak IOT platform.
Gas sensor data is uploaded to firebase and thing speak through Nodemcu's serial communication, utilize Wi-Fi, with GSM module backup for areas without Wi-Fi.

, Claims:1. A system as claimed in claim 1 has various use for sewer and septic tank cleaner
2. A system as claimed in claim 2 has by implementing this IoT- based system, you will enhance safety and minimize the risks of associated with toxic gases.
3. A system as claimed in claim 3 has a galvanic oxygen sensor is strategically placed within the septic tank it continuously monitors the dissolved oxygen levels, offering insights into the tank's environment conditions.

Documents