Selectively enabled container for the disposal of waste, comprising: a containment vessel; a cover constrained to the containment vessel around a hinging axis X-X extending above the containment vessel, the cover being movable between a closed condition in which it lies next to a terminal edge of the vessel, and an open condition in which it is spaced from the terminal edge to enable access to the vessel itself; a partializing element operatively interposed between the cover and the vessel and oscillatably constrained to the latter, said partializing element being movable around a constraint axis which is parallel, coincident or close with respect to the hinging axis X-X, between an operating condition in which it lies near the terminal edge of the vessel to partialize the access thereto, and a distancing condition in which it is spaced from the terminal edge of the vessel to free the access thereto; a locking unit, comprising: a fixed part integral with the containment vessel; a movable part integral with the cover; a locking mechanism normally active to lock the movable part with respect to the fixed part when the cover is in a closed condition, and selectively deactivatable to unlock the movable part with respect to the fixed part; characterized by a selector unit comprising: a fixed portion integral with the containment vessel; a movable portion integral with the cover; an intermediate portion integral with the partializing element; a latch operatively carried by the intermediate portion and selectively movable between a first operating position in which it locks the intermediate portion with respect to the fixed portion, and a second operating position in which it locks the intermediate portion with respect to the movable portion; an electronic control unit provided with a user identification interface configured to recognize at least a first and a second series of enabling codes, wherein the electronic control unit is configured to control, in response to the identification of a code belonging to the first or, respectively, the second series of enabling codes, the selective positioning of the latch in the first or, respectively, in the second operating position, together with the deactivation of the locking mechanism. a containment vessel; a cover constrained to the containment vessel around a hinging axis X-X extending above the containment vessel, the cover being movable between a closed condition in which it lies next to a terminal edge of the vessel, and an open condition in which it is spaced from the terminal edge to enable access to the vessel itself; a partializing element operatively interposed between the cover and the vessel and oscillatably constrained to the latter, said partializing element being movable around a constraint axis which is parallel, coincident or close with respect to the hinging axis X-X, between an operating condition in which it lies near the terminal edge of the vessel to partialize the access thereto, and a distancing condition in which it is spaced from the terminal edge of the vessel to free the access thereto; a locking unit, comprising: a fixed part integral with the containment vessel; a movable part integral with the cover; a locking mechanism normally active to lock the movable part with respect to the fixed part when the cover is in a closed condition, and selectively deactivatable to unlock the movable part with respect to the fixed part; a fixed part integral with the containment vessel; a movable part integral with the cover; a locking mechanism normally active to lock the movable part with respect to the fixed part when the cover is in a closed condition, and selectively deactivatable to unlock the movable part with respect to the fixed part; characterized by a selector unit comprising: a fixed portion integral with the containment vessel; a movable portion integral with the cover; an intermediate portion integral with the partializing element; a latch operatively carried by the intermediate portion and selectively movable between a first operating position in which it locks the intermediate portion with respect to the fixed portion, and a second operating position in which it locks the intermediate portion with respect to the movable portion; a fixed portion integral with the containment vessel; a movable portion integral with the cover; an intermediate portion integral with the partializing element; a latch operatively carried by the intermediate portion and selectively movable between a first operating position in which it locks the intermediate portion with respect to the fixed portion, and a second operating position in which it locks the intermediate portion with respect to the movable portion; an electronic control unit provided with a user identification interface configured to recognize at least a first and a second series of enabling codes, wherein the electronic control unit is configured to control, in response to the identification of a code belonging to the first or, respectively, the second series of enabling codes, the selective positioning of the latch in the first or, respectively, in the second operating position, together with the deactivation of the locking mechanism.