Diseño, implementación y control difuso de un prototipo de planta para el tratamiento de aguas terciarias mediante el empleo de nanomembrana.

Abstract

The project focused on controlling the permitted flow of a nanomembrane of a water purification system, through a diffuse programming that allowed to perform an intuitive control based on the working ranges of this, so that through the reading of the variables that the efficiency of the purification element is directly affected, a premature deterioration or worst even yet their breakage is avoided. the project started by assigning an area of the salesian polycycle university guayaquil headquarters where the filtration system was located with the purpose that the filtration system can be used to make future title projects and that the institution can benefit from the water obtained thereof. the assembly of the filtration system was performed and the respective sensors for the acquisition of signals of the parameters of: pressure, flow, ph and conductivity at the entry and exit of the plant for the respective online monitoring through the acquisition card was installed data nor usb-6210 from national instrumets. the monitoring and control was developed with the labview software with which operating ranges were established both for the inputs and for the output of the system, always maintained a range of operation within the permissible parameters for the good functioning of the nanomembrane. the desired flow was controlled where a step motor ph266-01gk was used for the opening and closing of a gate valve, which was located in the flow income of the nanomembrane.