Published Paper Details:

The availability of clean, drinkable water is currently under a growing amount of pressure. Due to government inefficiency and the nation's growing population, this issue is particularly prevalent in rural areas. As a result, this particular project's wireless, multi-sensor network seeks to detect and show the water's physicochemical quality in real-time in a way that is far more affordable than the present methods, which include sampling and laboratory tests. It considers a number of variables and displays this real-time quality by showing the electrical conductivity, pH, total dissolved solids (TDS), turbidity, and temperature of the water that is being evaluated. Additionally, this remote-control system was created especially for bodies of water like lakes, reservoirs, rivers, etc. where it is impossible to check the water quality Because water properties vary at every place, it is impossible to operate a fixed system in such complex scale water settings. To prevent this, we created a boat that can float and be controlled by the user to go on the water. This building is shaped like a hull, which reduces the resistance to water flow while maintaining the water's stability. The graphical user interface GUI approach is used to generate and display all of the results, including their readings and graphical analogue meters, as well as the water's impurity limitation points and hazardous level notification. This water quality monitoring boat has a built-in GPS positioning system that indicates the location whenever the water quality changes.. It is shown. These physicochemical properties can be successfully demonstrated by this project, and it is also capable of efficiently showing these readings, according to numerous tests carried out in reservoirs, lakes, and personal water storage tanks.