The fuel tank allows the United States and Japan to handle both processes in a single process. The tank has a capacity of 20 to 35 cubic feet (depending on the volume of mango to be processed), a heat exchange system, and two diamond jets 1 to 2 inches in diameter (10 to 20 lines of exchange lines in two parts),As shown in Figure 2 and Figure 6. The steam entering the slide valve is controlled by two valves, which can be open and closed or, in the absence of such a valve, may be modulated. Each glider has a vibration system which reverses the flow of steam, which is composed of propeller and its own motor； the vibration system can also be replaced by one or more water circulation pumps. The water temperature is measured by two sensors mounted parallel to the exchanger.It's in the sidewall These temperature measuring instruments are platinum resistance type, 0 degree is 100 ohm. These sensors provide information to the control system to keep the water temperature at 47 degrees Celsius. This temperature is recorded in the databases of both processing systems. The valve is controlled by a programmable automation controller, which includes a central processing unit and digital and analytical input and output modules. The controller operates the valve command system from the proportional system in a logical manner.Integrating and shunting to 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 cuenta con un sist
