Abstract: A method for processing organics includes the introduction of mixed organic and inorganic material into a separator and reducing the material into large and small fragments of inorganic material and a recovered organic stream. Removing a portion of the large fragments of inorganic material from the separator. Transporting the recovered organic stream to a de-pulping machine and processing the recovered organic stream in the de-pulping machine. Removing at least a portion of the small fragments of inorganic material providing a de-pulped organic stream. Depositing the de-pulped organic stream into a de-pulped organics container where the de-pulped organic stream may be post processed into recycled material.

Abstract: A method of processing organics having a relocatable trailer transporting a hopper, an infeed conveyor, an organics separation unit, an organics conveyor, an inorganics waste conveyor, and a control panel between processing locations of organic material. The control panel regulates the operation of the infeed conveyor, the organics separation unit, the organics conveyor and the inorganics waste conveyor. Following completion of processing the components carried on the trailer may be cleaned and the trailer supporting the processing components may be moved to another processing location.

Abstract: A package reducing device includes a hopper having lap over rings, first and second main shafts which traverse the hopper, first and second pipe shafts are secured to the main shafts, where the ends of the pipe shafts are positioned interior to the lap over rings. First and second rings extend from the pipe shafts having recessed openings to position a fastener interior to the surface of the rings. Tooth plates having teeth are attached to the rings. A first motor rotates the one pipe shaft at a first rate and a second motor rotates another pipe shaft at a slower rate of rotation. The pipe shafts are rotated in an inboard direction, and the motors include variable frequency drives. The teeth reduce the size of packaging and food transported inside of the packaging during use of the invention.

Abstract: A package reducing device includes a hopper having lap over rings, first and second main shafts which traverse the hopper, first and second pipe shafts are secured to the main shafts, where the ends of the pipe shafts are positioned interior to the lap over rings. First and second rings extend from the pipe shafts having recessed openings to position a fastener interior to the surface of the rings. Tooth plates having teeth are attached to the rings. A first motor rotates the one pipe shaft at a first rate and a second motor rotates another pipe shaft at a slower rate of rotation. The pipe shafts are rotated in an inboard direction, and the motors include variable frequency drives. The teeth reduce the size of packaging and food transported inside of the packaging during use of the invention.

Abstract: The modular bins of the present in some embodiments may include a plurality of central junction areas, where each central junction area may be formed of a plurality of central or interior junction members. The modular bins may also include a plurality of side junction areas which may be formed of a plurality of central or interior junction members and at least one side junction member. The modular bins may further include a plurality of corner junction areas which may be formed of at least one central or interior junction member and at least one corner junction member. A plurality of exterior wall panels are engaged to the side junction members and the corner junction members. A plurality of inner wall panels are engaged to the plurality of central or interior junction members to form the modular bins.

Abstract: A radially projecting member (e.g., a paddle assembly) including a pin having a head; a paddle pivotally engaged to the head; and a shear member engaged to the head and to the paddle, the shear member being constructed and arranged to fracture to permit pivotal rotation of the paddle relative to the head.

Abstract: A grinder/dryer having a plurality of beater blades carried on a rotating shaft in a cylindrical housing, including one or a plurality of grinding members on the cylindrical side wall. The grinding members are adjustably positioned at different locations within the cylinder. The grinding members may be provided in a variety of different combination of elevated ridges and/or valleys used to dry and classify materials.

Abstract: The modular bins of the present in some embodiments may include a plurality of central junction areas, where each central junction area may be formed of a plurality of central or interior junction members. The modular bins may also include a plurality of side junction areas which may be formed of a plurality of central or interior junction members and at least one side junction member. The modular bins may further include a plurality of corner junction areas which may be formed of at least one central or interior junction member and at least one corner junction member. A plurality of exterior wall panels are engaged to the side junction members and the corner junction members. A plurality of inner wall panels are engaged to the plurality of central or interior junction members to form the modular bins.

Abstract: A radially projecting member (e.g., a paddle assembly) including a pin having a head; a paddle pivotally engaged to the head; and a shear member engaged to the head and to the paddle, the shear member being constructed and arranged to fracture to permit pivotal rotation of the paddle relative to the head.

Abstract: A grinder/dryer having a plurality of beater blades carried on a rotating shaft in a cylindrical housing, including one or a plurality of grinding members on the cylindrical side wall. The grinding members are adjustably positioned at different locations within the cylinder. The grinding members may be provided in a variety of different combination of elevated ridges and/or valleys used to dry and classify materials.

Abstract: A radially projecting member (e.g., a paddle assembly) including a pin having a head; a paddle pivotally engaged to the head; and a shear member engaged to the head and to the paddle, the shear member being constructed and arranged to fracture to permit pivotal rotation of the paddle relative to the head.

Abstract: A grinder/dryer having a plurality of beater blades carried on a rotating shaft in a cylindrical housing, including one or a plurality of grinding members on the cylindrical side wall. The grinding members are adjustably positioned at different locations within the cylinder. The grinding members may be provided in a variety of different combination of elevated ridges and/or valleys used to dry and classify materials.

Abstract: A radially projecting member (e.g., a paddle assembly) including a pin having a head; a paddle pivotally engaged to the head; and a shear member engaged to the head and to the paddle, the shear member being constructed and arranged to fracture to permit pivotal rotation of the paddle relative to the head.

Abstract: A grinder/dryer having a plurality of beater blades carried on a rotating shaft in a cylindrical housing, including one or a plurality of grinding members on the cylindrical side wall. The grinding members are adjustably positioned at different locations within the cylinder. The grinding members may be provided in a variety of different combination of elevated ridges and/or valleys used to dry and classify materials.

Abstract: A feed pelletizing system having a conditioner having a plurality of high speed rotating paddles, steam, heat, moisture, and pressure which gelatinizes starch for improving the quality of feed pellets. The system includes a mixer/feeder, a first tube feeder, the conditioner, a second pressurized tube feeder, a discharge block connected to a pressurized cylinder, a lump breaker and a pelletizer. Steam and retention processing procedures during feed preparation within the pressurized conditioner may be used in substitution for the known processing techniques of shear and friction during the feed pelletization process.

Abstract: A particulate capture system having a plurality of high speed rotating paddles for separating particulate from an air stream. The system includes an air circulating chamber within a centrifuge that separates a first portion of particulate trapped within an air stream. The particulate capture system also has a blender section that separates a second portion of particulate trapped within the air stream. The first portion of particulate is separated via circulating air flow. The second portion of particulate is separated via encapsulating the particulate in water. The water encapsulated particles may be recirculated to a cooler or other device where the particulate may be blended with a bulk product being processed.

Abstract: A particulate capture system has an air circulating chamber that separates a first portion of particulates trapped within an air stream. The particulate capture system also has a water injection chamber that separates a second portion of particulates trapped within the air stream. The first portion of particulates is separated via circulating air flow. The second portion of particulates is separated via encapsulating the particulates in water and returning the encapsulated particulates to a cooling chamber where the particulates are blended with a bulk product being processed within the cooling chamber prior to collection of the bulk product.

Abstract: A grinding apparatus optimizes grinding efficiency within the grinding chamber by providing grinding action over a 360.degree. range encompassed by a set of breaker bars and one or more arcuate screening elements. Arcuate screening elements have an inside radius that identically matches the inside radius of the breaker bars. The screening elements act as grinding mechanisms as well as more conventional filtering mechanisms due to increased grinding capacity when the inside radial surface of the screening elements and the inside radial surface defined by the breaker bars are equidistant from the axis of a rotational shaft that supports a plurality of circumferentially spaced hammers.

Abstract: A mounting for adjustably securing a meter to a pipe. The preferred embodiment of the mounting includes a one-piece, unitary saddle member, leveling member, and U-bolt which extends substantially about the pipe and is attached to the saddle member to secure it to the pipe. The saddle member has front and rear portions with the leveling member being mounted to the front portion of the saddle member. The rear portion of the saddle member has two serrated sections extending outwardly of the center of the saddle member and the mounting sits on the pipe with only the leveling member and each of the two sections of the rear portion engaging the pipe. In operation, the saddle member is rotated about the longitudinal axis of the pipe to the desired position and secured in place with the U-bolt.