Abstract: In one embodiment, a pallet substructure comprises: a reinforcement structure, a foot member, and a gusset disposed in mechanical communication with the reinforcement structure and the foot member.

Abstract: A pallet includes an upper deck, a support material disposed within the upper deck, an upper frame member supporting the upper deck, a plurality of foot members disposed on the upper frame member, and a lower frame member disposed on the plurality of foot members. The upper deck includes a first half and a second half disposed in communication with a major face of the first half. Numerous variations in which the pallet is collapsible or includes reinforcement members are within the scope of the pallet disclosed.

Abstract: A pallet includes an upper deck, a support material disposed within the upper deck, an upper frame member supporting the upper deck, a plurality of foot members disposed on the upper frame member, and a lower frame member disposed on the plurality of foot members. The upper deck includes a first half and a second half disposed in communication with a major face of the first half. Numerous variations in which the pallet is collapsible or includes reinforcement members are within the scope of the pallet disclosed.

Abstract: A pallet includes an upper deck, a support material disposed within the upper deck, an upper frame member supporting the upper deck, a plurality of foot members disposed on the upper frame member, and a lower frame member disposed on the plurality of foot members. The upper deck includes a first half and a second half disposed in communication with a major face of the first half. Numerous variations in which the pallet is collapsible or includes reinforcement members are within the scope of the pallet disclosed.

Abstract: A process for forming a dialysis membrane utilizing a mixture of ion exchange resin components and thermoplastic resin components mixed together in a dry state and rotationally formed into a membrane. The rotational forming process includes rotational molding using temperature to conform the components to the shape of the mold as well as rotational casting using solvents and phase inversion to form the membrane. The resulting membrane is a smooth, dimensionally stable, efficient dialysis membrane.

Abstract: An electrode apparatus for dialysis of a liquid during electrodeposition processes includes an elongated body submergible in the liquid and having a generally open interior for receiving an elongated electrode therein. An ion exchange membrane forms a portion of the body and permits a filtrate to flow from the liquid through the membrane and enter the open interior of the body. An anolyte enters the body through an anolyte inlet, and an anolyte outlet removes anolyte and filtrate from the body. An electrical cable or conductor is joined to the electrode at a connection within the body to provide an electrical charge to the apparatus. A liquid-tight chamber formed within the body contains the electrical cable and electrode connection and retains them in liquid isolation from the anolyte and filtrate within the body as well as from the liquid within the electrodeposition container. Access is provided to the chamber to permit servicing of the connection.