Methods to solidify cremation ash

A method for processing cremation, comprising the steps of:

• creating a residue comprising cremation remains;
• grinding said residue into a homogenized residue;
• calcining said homogenized residue into a oxidized residue, by heating said homogenized residue to a temperature above 600 degree Celsius;
• wherein said oxidized residue is substantially free from both organic and carbon components;
• wherein a second grinding is performed on said oxidized residue;
• wherein said oxidized ground residue is white;
• and
• wherein said oxidized ground residue has a particle size less than 100 mesh;
• mixing a plurality of paint making ingredients with said ground-oxidized residue into a homogeneous mixture;
• marking said homogeneous mixture on a surface creating a marked surface;
• and
• drying said marked surface into a solid object.

A method for processing cremation remains, comprising the steps of:

• creating a residue comprising cremation remains;
• grinding said residue into a homogenized residue;
• calcining said homogenized residue into a oxidized residue, by heating said homogenized residue to a temperature above 600 degree Celsius;
• wherein said oxidized residue is substantially free from both organic and carbon components;
• wherein a second grinding is performed on said oxidized residue;
• wherein said oxidized ground residue is white;
• and wherein said oxidized ground residue has a particle size less than 100 mesh;
• blending a ceramic material with said ground-oxidized residue into a mixture;
• shaping said mixture into a unfired ceramic object;
• and
• firing said unfired ceramic object to form a consolidated ceramic object.

A method for processing cremation remains, comprising the steps of:

• creating a residue comprising cremation remains;
• grinding said residue into a homogenized residue;
• calcining said homogenized residue into a oxidized residue, by heating said homogenized residue to a temperature above 600 degree Celsius;
• wherein said oxidized residue is substantially free from both organic and carbon components;
• wherein a second grinding is performed on said oxidized residue;
• wherein said oxidized ground residue is white;
• and
• wherein said oxidized ground residue has a particle size less than 100 mesh;
• mixing said ground-oxidized residue with at least one of cementaceous products and polymer products into a mixture;
• and
• casting said mixture into a shaped body.