Abstract: A system and method for stacking two bulk bags one on top of the other on a pallet, the method comprising controlling a pallet feeder into providing a pallet; filling a first bag with a first amount of product on the pallet and sealing the first bag; filling a second bag with a second amount of product, and depositing the second bag filled with the second amount of product on top of the first bag on the pallet; and straightening the bags on the pallet; wherein these steps of controlling, filling the first and second bags, and straightening are controlled by a programmable controller, the programmable controller selecting the first amount to be fed to the first bag supported by the pallet and, selecting the second amount to be fed to the second bag.

Abstract: A method for bagging compressible particle material in bulk compressed form comprising the steps of providing a compressed free standing compressible particle material on a base, providing a bagging apparatus with a stretchable bag having an open mouth with a perimeter smaller than a body perimeter and than a base perimeter when the bag is relaxed, using the bagging apparatus to stretch the bag such that the mouth perimeter becomes larger than the body perimeter and than the base perimeter, enclosing the body in the bag through the open mouth until the body and a top part of the base are contained therewithin, and releasing the bag so that a sufficient memory of the bag allows the bag to provide a compressing force on the top part of the base and body, the body being sealed by the base and bag. A pack of compressible particle material is also disclosed.

Abstract: Peat moss is palletized in bulk compressed form by holding a predetermined quantity of peat moss stacked vertically on a pallet to confine the peat moss to a desired, compressed shape, the peat moss having a water-content ranging from about 25 to about 50 weight % and a density ranging from about 0.05 to about 0.15 gm/cc on dry basis, and downwardly compressing the peat moss directly onto the pallet at a pressure ranging from about 3 to about 5 kg/cm.sup.2 so as to form the peat moss into a coherent, shape-retaining body without substantially altering the water-content and intrinsic properties of the peat moss. The body of compressed peat moss maintains a structural integrity for a period of time sufficient to permit wrapping thereof. Such a body of compressed peat moss is then wrapped to retain the peat moss in compressed form on the pallet. The invention enables one to significantly increase the quantity of peat moss per unit of shipment.

Abstract: Peat moss is palletized in bulk compressed form by holding a predetermined quantity of peat moss stacked vertically on a pallet to confine the peat moss to a desired, compressed shape, the peat moss having a water-content ranging from about 25 to about 50 weight % and a density ranging from about 0.05 to about 0.15 gm/cc on dry basis, and downwardly compressing the peat moss directly onto the pallet at a pressure ranging from about 3 to about 5 kg/cm.sup.2 so as to form the peat moss into a coherent, shape-retaining body without substantially altering the water-content and intrinsic properties of the peat moss. The body of compressed peat moss maintains a structural integrity for a period of time sufficient to permit wrapping thereof. Such a body of compressed peat moss is then wrapped to retain the peat moss in compressed form on the pallet. The invention enables one to significantly increase the quantity of peat moss per unit of shipment.

Abstract: Peat moss is palletized in bulk compressed form by holding a predetermined quantity of peat moss stacked vertically on a pallet to confine the peat moss to a desired, compressed shape, the peat moss having a water-content ranging from about 25 to about 50 weight % and a density ranging from about 0.05 to about 0.15 gm/cc on dry basis, and downwardly compressing the peat moss directly onto the pallet at a pressure ranging from about 3 to about 5 kg/cm.sup.2 so as to form the peat moss into a coherent, shape-retaining body without substantially altering the water-content and intrinsic properties of the peat moss. The body of compressed peat moss maintains a structural integrity for a period of time sufficient to permit wrapping thereof. Such a body of compressed peat moss is then wrapped to retain the peat moss in compressed form on the pallet. The invention enables one to significantly increase the quantity of peat moss per unit of shipment.