Transport of containers for biologic products in secure thermal isolation may be facilitated by a containment apparatus. The containment apparatus may include a first component and a second component. The first component may comprise one or more sidewalls that may form an enclosed volume of the first component. The enclosed volume may be fluidly sealed from an environment surrounding the first component and at least partially filled with cooling media. The first component may comprise one or more recessed wells configured to receive at least part of individual containers. At least part of individual recessed wells may come into contact with cooling media within the enclosed volume to facilitate heat transfer between the cooling media and individual containers disposed in individual recessed wells.

Systems and devices cool content of individual beverage containers without sacrificing portability and cooling performance, and/or maintaining beverage containers cold. Exemplary implementations provide container having enclosed vertical double-wall structure with integral horizontal base defining interior space within enclosed vertical double-wall structure, or having wall structure formed from sheet of flexible material folded to form base and sealed along opposite sides of sheet to define interior space within wall structure and also having interior pocket formed by interior wall attached to interior surface wall structure. Interior space within wall structure is capable of accommodating at least one beverage container. Cooling material is sealed inside the double-wall structure, or removably placed inside interior pocket, to cool and/or maintain cold content of beverage container placed in interior space of container. Method includes providing container including wall structure accommodating cooling material and removably placing cooling material said structure.

Provided are insulated shipping containers and shipping container systems that include outer side boundaries, in which a container or box may be contained, which outer side boundaries include smooth side walls and corresponding ridged side walls, wherein said smooth side walls and corresponding ridged side walls face one another and have one or more ridges therebetween, such that taken together, the facing smooth side walls and ridged walls form at least one side space therebetween and form outer side boundaries of an insulated shipping container. The insulated shipping containers may also include a top and/or bottom boundary that also include at least two layers, having ridges or other spacer therebetween to form at least one top and/or bottom space. The present systems may further include an over-shipper box and/or one or more interior boxes, which may be adapted to include e.g., a payload and/or heat transfer element therein for temperature control. Further provided are kits which may include one or more components used in the present containers and/or systems, and methods of assembling such containers and/or systems.

Provided are insulated shipping containers and shipping container systems that include outer side boundaries, in which a container or box may be contained, which outer side boundaries include smooth side walls and corresponding ridged side walls, wherein the smooth side walls and corresponding ridged side walls face one another and have one or more ridges therebetween, such that taken together, the facing smooth side walls and ridged walls form at least one side space therebetween and form outer side boundaries of an insulated shipping container. The insulated shipping containers may also include a top and/or bottom boundary that also include at least two layers, having ridges or other spacer therebetween to form at least one top and/or bottom space. The present systems may further include an over-shipper box and/or one or more interior boxes, which may be adapted to include e.g., a payload and/or heat transfer element therein for temperature control. Further provided are kits which may include one or more components used in the present containers and/or systems, and methods of assembling such containers and/or systems.

A wearable animal vaccine insulation apparatus consists of an insulated container with an interior for a vaccine delivery bladder. It features a delivery opening to connect the bladder's neck to a dose administration hose. The apparatus also includes a body harness for wearing the container against the body. The container maintains the temperature integrity of the vaccine delivery bladder ensuring that the vaccine remains within the recommended temperature range, safeguarding its effectiveness.