PROCEDIMIENTO PARA CONCENTRAR COMPONENTES SEPARADOS POR VIA MAGNETICA DE SUSPENSIONES DE MINERALES Y PARA EXPULSAR DICHOS COMPONENTES DE UN SEPARADOR MAGNETICO CON POCAS PERDIDAS

SE REFIERE A UN PROCEDIMIENTO PARA SEPARAR AGLOMERADOS DE MINERAL UTILIZABLE Y POR LO MENOS UNA PARTICULA MAGNETICA COMO COMPONENTES MAGNETICOS DE UNA DISPERSION ACUOSA QUE CONTIENE ESOS COMPONENTES MAGNETICOS Y LA GANCHA DEL MINERAL COMO COMPONENTES NO MAGNETICOS, QUE SE CUMPLE HACIENDO PASAR LA DISPERSION ACUOSA A TRAVES DE UN ESPACIO REACTOR EN EL CUAL LA DISPERSION ACUOSA ES DIVIDIDA, POR MEDIO DE UNO DE LOS IMANES INSTALADOS EN LA PARTE EXTERIOR DEL ESPACIO RECATOR, EN POR LO MENOS UNA CORRIENTE I QUE CONTIENE LOS COMPONENTES MAGNETICOS Y POR LO MENOS UNA CORRIENTE II QUE CONTIENE LOS COMPONENTES NO MAGNETICOS, Y EN EL QUE LOS COMPONENTES MAGNETICOS EN LA CORRIENTE I SON TRATADOS CON UNA CORRIENTE DE LAVADO The present invention relates to a process for separating magnetic constituents from an aqueous dispersion comprising these magnetic constituents and nonmagnetic constituents by passing the aqueous dispersion through a reactor space in which the aqueous dispersion is separated by means of a magnet installed on the outside of the reactor space into at least one stream I comprising the magnetic constituents and at least one stream II comprising the nonmagnetic constituents, wherein the magnetic constituents in stream I are treated with a flushing stream, a reactor comprising a reactor space, at least one magnet installed on the outside of the reactor space, at least one inlet, at least one outlet for a stream I and at least one outlet for a stream II and at least one facility for treating stream I with a flushing stream, and also the use of this reactor in the process of the invention.