Air and Water Quality Monitoring System

Abstract

Pollution has reached the environment's carrying capacity in recent years. Despite the implementation of several pollution-control programmes, there has been little improvement. Despite our government's best efforts to protect natural resources, it is sometimes exploited by inevitable waste discharges. Textiles, leather, sugar, and paper, for example, are water-intensive and polluting industries that have changed in recent decades by extracting large quantities of water and discharging effluents without adequate treatment. Improved pollution-linked databases and ecosystem-balancing technologies are required to resolve this. In the literature, there are a number of technologies for tracking pollution, but they all rely on conventional databases. With the implementation of IoT-based technologies in the industrial waste and air management sectors for Online Monitoring solutions of polluting parameter values such as temperature, humidity, and carbon monoxide gas concentration and updates into the database, polluting parameter values such as temperature, humidity, and carbon monoxide gas concentration and updates into the database. The ESP 32 system is designed for monitoring and managing IoT devices in a website and hosted environment.