A vertical depackaging apparatus comprising: a stator assembly comprising: a filtration drum configured for receiving bulk material mass, the bulk material mass comprising organic waste, light waste, liquids, air and inerts; an input opening at a bottom of the filtration drum configured to receive the bulk material mass; a rotor assembly concentric with the stator assembly configured to rotate at a predetermined speed, the rotor assembly comprising: a central rotating shaft; and two or more vertical plates mounted substantially perpendicular to the central rotating shaft plus or minus 10 degrees at an upper end thereof, and configured to create a suction of air from the bulk material mass to a top of the stator assembly, thereby providing a lift force to remove the light waste; wherein a length of the vertical plates is at a minimum 12 % of a height of the rotor assembly; and a plurality of bouncing plates mounted perpendicular to the central rotating shaft along a length and around a circumference of the central rotating shaft, each bouncing plate having an angle of inclination with respect to a surface of the central rotating shaft and having a predetermined clearance gap between the bouncing plates and the filtration drum, wherein the bouncing plates are configured to create a chaotic movement and expel air and light waste from the bulk material mass in the air environment and to lift to a surface of the bulk material mass the light waste therewithin, and simultaneously create a centrifugal movement at a top level of the apparatus to expel the light waste through an exit passage for the light waste at a top portion of the stator assembly; and wherein the organic waste and the inerts are expelled through a bottom part of the drum by gravity. a filtration drum configured for receiving bulk material mass, the bulk material mass comprising organic waste, light waste, liquids, air and inerts; an input opening at a bottom of the filtration drum configured to receive the bulk material mass; a rotor assembly concentric with the stator assembly configured to rotate at a predetermined speed, the rotor assembly comprising: a central rotating shaft; and two or more vertical plates mounted substantially perpendicular to the central rotating shaft plus or minus 10 degrees at an upper end thereof, and configured to create a suction of air from the bulk material mass to a top of the stator assembly, thereby providing a lift force to remove the light waste; wherein a length of the vertical plates is at a minimum 12 % of a height of the rotor assembly; and a plurality of bouncing plates mounted perpendicular to the central rotating shaft along a length and around a circumference of the central rotating shaft, each bouncing plate having an angle of inclination with respect to a surface of the central rotating shaft and having a predetermined clearance gap between the bouncing plates and the filtration drum, wherein the bouncing plates are configured to create a chaotic movement and expel air and light waste from the bulk material mass in the air environment and to lift to a surface of the bulk material mass the light waste therewithin, and simultaneously create a centrifugal movement at a top level of the apparatus to expel the light waste through an exit passage for the light waste at a top portion of the stator assembly; and wherein the organic waste and the inerts are expelled through a bottom part of the drum by gravity. a central rotating shaft; and two or more vertical plates mounted substantially perpendicular to the central rotating shaft plus or minus 10 degrees at an upper end thereof, and configured to create a suction of air from the bulk material mass to a top of the stator assembly, thereby providing a lift force to remove the light waste; wherein a length of the vertical plates is at a minimum 12 % of a height of the rotor assembly; and a plurality of bouncing plates mounted perpendicular to the central rotating shaft along a length and around a circumference of the central rotating shaft, each bouncing plate having an angle of inclination with respect to a surface of the central rotating shaft and having a predetermined clearance gap between the bouncing plates and the filtration drum, wherein the bouncing plates are configured to create a chaotic movement and expel air and light waste from the bulk material mass in the air environment and to lift to a surface of the bulk material mass the light waste therewithin, and simultaneously create a centrifugal movement at a top level of the apparatus to expel the light waste through an exit passage for the light waste at a top portion of the stator assembly; and wherein the organic waste and the inerts are expelled through a bottom part of the drum by gravity.