Abstract: A reusable lift-liner and methods transport units of bulk cargo and dispose of an inner cargo-carrying container initially carried within the lift-liner. Via tilt-bed trucks the cargo is transported to a waste site. At the site an openable wall of the reusable lift-liner is opened, the bed is tilted, the inner container slides from the lift-liner and is dumped off the bed. The lift-liner stays on the bed, then is prepared for re-use. Openable wall configurations include releasble closures at corners adjacent to the openable wall. Holes through which strands are laced releasably close the openable wall. Flaps joined to transition sections attached to the walls cause tucks to form when the flaps are closed across the lift-liner. The transition sections also have the releasable closures. Cutting the strands allows the openable wall to open. The strands may be re-laced in the holes for re-use of the lift-liner.

Abstract: A system provides a lift-liner for efficient transport of units of bulk cargo (especially bulk cargo that is radioactive hazardous material waste), and economical disposal of the lift-liner for storage of the waste therein. The cargo is transported in the lift-liner from a remediation site to a railroad siding, during transport on a railroad gondola car, from the gondola car to a waste storage site, and within such storage site to a storage cell, in which the lift-liner and the waste therein are placed. The units are defined by the lift-liner, which is capable of containing up to about twelve tons of the waste. A container of the lift-liner is provided with at least five straps connected to two opposite walls, and four straps connected to two other opposite walls, and a bottom between corners of the container. Collectively, the straps may receive up to about twelve tons of vertical lifting force from a lift grid having a connector vertically above and aligned with each strap.