Diseño e implementación de un prototipo para la potabilización de agua mediante esterilizador ultravioleta monitoreado de forma remota en la parroquia Punín

Abstract

In this work we investigate a novel water purification system using UVC radiation where a UV reactor is built with stainless material taking the most important parameters such as mechanical and electrical specifications and exposure flow rate using the lamp that emit a wavelength of 240 to 280 nm, to disinfect is close to 253. 7 nm because it is capable of inactivating all types of microorganisms. It also has a remote monitoring system through a web page where all the water quality parameters and the status of the UV reactor with its respective SMS alert can be visualized. The results obtained show that the implemented prototype allows to make the water drinkable in an efficient way, with a capacity of 3.02 liters per second passing constantly the water flow through the reactor, the pH level measured was 7.3 units, turbidity reached is 2.56 NTU, the TDS concentration was 373 mg/L, regarding the microbiological analysis giving the results in an optimal way for human consumption.