Method for preparing cremation crystals using catalyst obtained through reduction of phosphorus in skeletal remains

Abstract

Proposed is a method of forming cremation crystals, which is specifically a method of forming cremation crystals by using H3PO4 as a catalyst in a heat treatment process of ashes, thus preventing the ashes from being damaged by volatilization and enabling the crystals to be formed more efficiently. More specifically, proposed is a method of forming cremation crystals by mixing ashes with phosphoric acid obtained through the reduction of phosphorus in skeletal remains, which enables the cremation crystals composed purely of skeletal remains to be provided without additionally introducing other additives, thus satisfying the needs of families or guardians of the deceased desiring to keep cremation crystals composed purely of ashes, and enables both the color and transparency of ultimately formed cremation crystals to be achieved through a single formation process without limitation, thus satisfying the aesthetic needs of consumers and being easily applicable to all kinds of jewelry.

Dependencies are inferred from the claim text.