NuChain NuPurposing container conditioning method and apparatus

A supply chain method comprising,

• a) egressing a material from a container having a material therein,
• b) enclosing said container inside an outer housing having a space therein, wherein said outer housing is configured to egress a vacuum draw force away from said container along a draw path,
• c) providing a multi-port plug, said plug being disposed within said container neck, at least one vacuum force being applied to said container, said force configured to be drawn through at least one centrally located vacuum ingress plug port and through at least two peripherally located egress plug ports, whereby application of at least one of said vacuum forces to a plurality of said plug ports causes transfer of fluent material toward said container along a portion of at least one draw path.

A supply chain method comprising,

• a) egressing a material from a container,
• b) retaining said container inside a housing, said housing having a space therein, at least one vacuum draw source is configured to be connected to said housing, said housing is configured to receive at least one a vacuum draw force from at least one vacuum draw path,
• c) applying a multi-port plug to said container neck, said plug is configured to ingress at least one vacuum force into said container, application of at least one vacuum draw source ingresses said force into said container through at least one centrally located vacuum ingress plug port and egresses draw forces out of at least two peripherally located vacuum egress plug ports, whereby causing transfer of material toward said container along at least a portion of a vacuum draw path.

A supply chain method comprising,

• a) egressing a material from a container,
• b) providing said container inside an outer housing, a portion of said container to be configured to be retained inside a portion of a vacuum draw path, said path configured to connect a space inside said outer housing to a source of vacuum draw forces,
• c) applying a multi-port plug to an opening in said container, said multi-port plug is configured to provide at least one vacuum force ingress into said container via a centrally located vacuum ingress plug port and egresses said force out of said container via at least two peripherally located vacuum egress plug ports, whereby application of at least one of said draw forces causes transfer of fluent materials towards said container via a plurality of said plug ports.