Diseño, implementación y control predictivo de un prototipo de planta para el tratamiento de aguas terciarias mediante el empleo de nano menbrana

Abstract

This work presents the design of a plant for the treatment of water with several components, which allow the sedimentation, and filtration of water, UV lights for disinfection of water and a nano membrane that performs all the purification of it.

This system consists of sensors that allow the measurement of the improvement of water quality with versus between the water inlet and the output of the designed plant.

The identification of the plant is carried out by means of the Ident command which entering the database taken from the rejection pressure of the nano membrane and the degrees of rotation of the motor which allowed to process a certain transfer function.

This system controlled by a non-linear predictive control at a specific pressure point without disturbances, which the output of this controller sent the degrees of rotation of the motor to a program configured in Arduino and through the serial communication that exists between Simulink and LabVIEW.