The tank allows the two processes, the USA and Japan, are met within a single treatment.The Tank, with a capacity between 20 and 35 cubic metres of Water (depending on the volume of mango Processing) has a Heat Exchange System by two coils, of a diameter of between one and two inches (10 to 20 rows of swap lines subdivided in two parts), as Shown in Figures 2 and 6.The Steam enters the coils is controlled by two Valves that can be open and close, or modulating Valves. Each Coil comprises a stirring System, in contrast to vapor, comprising helices with their respective Electric Motors The agitation system can be replaced by one or more Pumps Water Recirculation.Water temperature was measured with two Sensors placed parallel to the Heat exchangers in the side walls. These temperature gauges are of the resistive type Platinum with scale of 100 Ohms to Zero degrees Celsius. These Sensors are responsible for giving information to the Control System to keep the water temperature in 47 degrees Celsius.This temperature is recorded in the databases of the two Processing Systems. The Valves are controlled by a Programmable Automation Controller, comprising a Central Processing Unit and input and output modules, digital and analog.The Controller is implemented in the routines of command Logic Valves ranging from systems with proportional, integral and derivative systems with Advanced Control LogicEl tanque permite que los dos procesos, EEUU y Japon, se cumplan dentro de un unico tratamiento. El tanque, con capacidad entre 20 y 35 metros cubicos de agua (dependiendo del volumen de mango a procesar) cuenta con un sistema de intercambio de calor mediante dos serpentines, de diametro entre una y dos pulgadas (con 10 a 20 filas de lineas de intercambio subdivididos en dos partes), tal como se muestra en las figuras 2 y 6. El vapor que ingresa a los serpentines es controlado por dos valvulas que pueden ser de apertura y cierre, o en su defecto valvulas modulantes. Cada serpentin cue
