Burial system and method

A burial system for containing and monitoring human remains, the burial system comprising:

• a. a plurality of remains containers wherein each remains container includes an outer shell surrounding an interior containment space and wherein each of said remains containers is configured to retain human remains in said interior containment space;
• b. a pressure relief valve connected with each of said remains containers wherein said pressure relief valve is a one-way valve for release of pressure from said interior containment space;
• c. an input valve connected with each of said remains containers wherein said input valve is a one-way valve for the introduction of material to said interior containment space from an exterior of said container;
• d. at least one sensor device connected with each of said remains containers wherein said at least one sensor device monitors and obtains data from said interior containment space and the exterior of each of said remains containers;
• and
• e. a management information system connected with each of said remains containers wherein said management information system maintains real time and historical data of each of said remains containers wherein said management information system includes a central data center for recording said real time and historical data of each of said remains containers and wherein said central data center is connected with a network for management and customer access to said real time and historical data and wherein said real time and historical data includes data from a group of data consisting of:
• audible, visual and written data relating to said remains containers.

A burial method for containing and monitoring biological remains comprising:

• a. providing a container with an outer shell surrounding an interior containment space wherein said container is configured to retain the biological remains in said interior containment space;
• a pressure relief valve connected with said container wherein said pressure relief valve is a one-way valve for release of pressure from said interior containment space;
• an input valve connected with said container wherein said input valve is a one-way valve for the introduction of material to said interior containment space from an exterior of said container;
• at least one sensor device connected with said container wherein said at least one sensor device monitors and obtains data from said interior containment space and the exterior of said container;
• and a management information system connected with said container wherein said management information system maintains real time and historical data of said container wherein said real time and historical data includes data from a group of data consisting of:
• audible, visual and written data;
• and
• b. accessing said management information system and retrieving said real time and historical data of said container.