A coffin is provided, and the coffin includes a coffin body with a top opening and a coffin lid for closing the coffin body. The coffin lid is provided with an air intake hole and an exhaust air hole, the air intake hole and the exhaust air hole are respectively connected to an air intake device and an exhaust air device through pipelines to supply the oxygen required for decomposition of a body and exhaust waste gases. The coffin lid is further provided with an exhaust liquid pipe connected to a peristaltic pump. An oxygen or carbon dioxide sensor, and a hydrogen sulfide or ammonia concentration sensor are installed in an exhaust channel. The coffin body includes a plastic waterproof bag, and the coffin lid is pasted with adhesive plastic film. The function of the plastic waterproof bag is to prevent waste liquids from polluting the coffin body.

A storage pod for containing a body and decomposition material for decomposing the body in the storage pod includes an elongate housing having opposite ends. The housing contains the body and the decomposition material. The housing defines an interior configured to receive the body and decomposition material, at least one air vent in fluid communication with the interior so that air can enter the interior through the at least one air vent when the housing is closed, and a product inlet in fluid communication with the interior so that decomposition material can enter the interior through the product inlet when the housing is closed.

An interment system, includes: (a) at least one desiccation vessel for storing remains of a decedent who has not been cremated; (b) a plurality of memorial suites configured to house the at least one desiccation vessel, each of which includes a storage area for the at least one desiccation vessel, a living area, a vertically-oriented tribute wall separating the storage area from the living area, and an HVAC unit, which is configured to adjust at least one of a temperature, a pressure and a humidity within the at least one desiccation vessel to adjust a rate of desiccation; (c) a processor configured to securely store and share decedent data. The at least one desiccation vessel is sufficiently light, durable, and air-tight such that the at least one desiccation vessel with the decedent contained therein can be easily relocated without the need for special vehicles or trained personnel.

A cinerary urn set includes: a main chamber having a space for storing ashes; a check valve part coupled to the main chamber to open and close the main chamber; and a control chamber coupled to the check valve part and communicating with the main chamber. Accordingly, it is possible to continuously store the contents in the cinerary urn.

An interment system, includes: (a) at least one desiccation vessel for storing remains of a decedent who has not been cremated; (b) a plurality of memorial suites configured to house the at least one desiccation vessel, each of which includes a storage area for the at least one desiccation vessel, a living area, a vertically-oriented tribute wall separating the storage area from the living area, and an HVAC unit, which is configured to adjust at least one of a temperature, a pressure and a humidity within the at least one desiccation vessel to adjust a rate of desiccation; (c) a processor configured to securely store and share decedent data. The at least one desiccation vessel is sufficiently light, durable, and air-tight such that the at least one desiccation vessel with the decedent contained therein can be easily relocated without the need for special vehicles or trained personnel.

A storage pod for containing a body and decomposition material for decomposing the body in the storage pod includes an elongate housing having opposite ends. The housing contains the body and the decomposition material. The housing defines an interior configured to receive the body and decomposition material, at least one air vent in fluid communication with the interior so that air can enter the interior through the at least one air vent when the housing is closed, and a product inlet in fluid communication with the interior so that decomposition material can enter the interior through the product inlet when the housing is closed.

A memorial suite provides a safe and comfortable place for surviving family members, friends, and loved ones to mourn, research and visit decedents. The memorial suite takes advantage of air space rather than burying caskets containing human remains in the ground. A storage area is provided within the memorial suite that includes horizontal shelves that support receptacles thereon. Each receptacle is provided for storing interment vessels or air-tight caskets containing remains of the decedent. A tribute wall may include plaques bearing images and descriptive information about the decedents. The memorial suite may include some or all of the comforts of a living room and other rooms within a family home.

A coffin is provided, and the coffin includes a coffin body with a top opening and a coffin lid for closing the coffin body. The coffin lid is provided with an air intake hole and an exhaust air hole, the air intake hole and the exhaust air hole are respectively connected to an air intake device and an exhaust air device through pipelines to supply the oxygen required for decomposition of a body and exhaust waste gases. The coffin lid is further provided with an exhaust liquid pipe connected to a peristaltic pump. An oxygen or carbon dioxide sensor, and a hydrogen sulfide or ammonia concentration sensor are installed in an exhaust channel. The coffin body includes a plastic waterproof bag, and the coffin lid is pasted with adhesive plastic film. The function of the plastic waterproof bag is to prevent waste liquids from polluting the coffin body.