Abstract: Disclosed is an example of a movable workspace configured to operate in a harsh environment. The exemplary movable workspace includes a primary compartment and a deployable expansion compartment. The primary compartment may have a primary workspace, and at least one primary connection point adapted to releasably secure work equipment within the primary workspace. The deployable expansion compartment may have an expansion workspace, and at least one expansion connection point adapted to secure the work equipment within the expansion workspace. The movable workspace may include a movement component to facilitate movement of the movable workspace either on its own or with assistance from a transport vehicle. The movable workspace is configured to be transported in a transport state in which the expansion workspace meshes with the primary workspace. Upon delivery at a work site, the expansion workspace extends from the primary workspace to place the movable workspace in a work state.

Abstract: A thermal protection system for an ISO container includes roof panels attached to factory installed corner fittings on the container roof. The roof panels may be level or inclined and may include cavities for insulation. The standoff distance between the roof panels and the container roof is adjustable in certain embodiments. The roof panels may be layered to enhance thermal protection. Reflective coatings applied to the panels further enhance thermal protection from solar radiation.

Abstract: A thermal protection system for an ISO container includes roof panels attached to factory installed corner fittings on the container roof. The roof panels may be level or inclined and may include cavities for insulation. The standoff distance between the roof panels and the container roof is adjustable in certain embodiments. The roof panels may be layered to enhance thermal protection. Reflective coatings applied to the panels further enhance thermal protection from solar radiation.