Improved internment system

A system for renewable interment and improved body decomposition, the system comprising;

• a vault assembly comprising at least one reusable vault mounted on a raft,
• the at least one reusable vault comprising two side walls and a ceiling defining a receptacle;
• the reusable vault further comprising at least one removable access wall to allow access to the receptacle for reuse;
• wherein the walls are supported on at least one footing of the raft, and wherein the at least one footing is retained in a predetermined position by at least one spacer;
• and wherein a porous granular material is adapted to at least partially bury the at least one footing structure and at least partially surround the at least one reusable vault to direct oxygen-carrying fluid through and out of the vault assembly such that the growth of decomposition bacteria is supportable within the reusable vault.

A method for constructing a renewable interment internment and improved body decomposition system, the method comprising:

• mounting a footing structure on a ground surface;
• fixing at least one reusable vault to the footing structure to form a vault assembly in which a bottom of the reusable vaults is exposed to the raft;
• burying at least a portion of the vault assembly with a porous granulated engineering soil so as to at least at least partially bury the at least one footing structure and at least partially surround the at least one reusable vault to direct oxygen-carrying fluid through and out of the vault assembly such that the growth of decomposition bacteria is supportable within the reusable vault;
• and installing a topsoil section over the engineering soil relatively above the vault assembly.