Effective method for producing glass waste powder as a precursor for the production of nanosilica
AssigneeKing Saud University
InventorsMohammad Iqbal Khan, Galal Mohamed Fares, Yassir Mohammed Abbas, Fahad Khshim Alqahtani
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Abstract
The present disclosure relates to a method of making nanoparticles from glass, the method including: gathering glass waste; hammering the glass waste into ready to grind pieces; adding an amount of the ready to grind pieces into a grinding bowl; adding steel balls to the grinding bowl; grinding the ready to grind pieces; and obtaining a powder containing the nanoparticles.
Claims17
A method of making nanoparticles from glass, the method comprising:
- gathering glass waste;
- hammering the glass waste into ready to grind pieces;
- providing a grinding machine having a grinding bowl;
- adding an amount of the ready to grind pieces into a grinding bowl of the grinding machine;
- adding steel balls to the grinding bowl;
- grinding the ready to grind pieces;
- and
- obtaining a powder containing the nanoparticles
- wherein the nanoparticles have a density of about 2.48 g/cm3.
A method of making nanoparticles from glass, the method comprising:
- gathering glass waste;
- hammering the glass waste into ready to grind pieces;
- providing a grinding machine having a grinding bowl;
- adding an amount of the ready to grind pieces into a grinding bowl of the grinding machine;
- adding 20 steel balls to the grinding bowl;
- grinding the ready to grind pieces in the grinding machine for about 300 minutes at about 300 RPM;
- and
- obtaining a powder containing the nanoparticles
- wherein the nanoparticles have a density of about 2.48 g/cm3.
A method of making nanoparticles from glass, the method comprising:
- gathering glass waste;
- hammering the glass waste into ready to grind pieces;
- providing a grinding machine having a grinding bowl;
- adding an amount of the ready to grind pieces into a grinding bowl of the grinding machine;
- adding 26 steel balls to the grinding bowl;
- grinding the ready to grind pieces in the grinding machine for about 15 minutes at about 600 RPM;
- and
- obtaining a powder containing the nanoparticles
- wherein the nanoparticles have a density of about 2.48 g/cm3.
Dependencies are inferred from the claim text.