Dross cooling system and cooling method
View Patent ↗Embodiments of an aluminum dross cooling head are disclosed. The cooling cooperates with a material container encapsulate dross and reduce thermiting of the dross. In one embodiment, the cooling head also serves as a compression head when forced into the dross by a cooperating dross press assembly.
1. An aluminum dross cooling head for cooling aluminum dross that is placed in a material container, the material container having an upper rim, comprising:
a plate-like upper portion;
a protrusion extending downward from the upper portion, the protrusion configured to make physical and thermal contact with the dross; and
a channel circumferentially formed with a perimeter of the upper portion and surrounding the protrusion, the channel configured to receive the upper rim of the material container during cooling of the dross with the cooling head so that the cooling head and material container encapsulates the dross and reduces thermiting of the dross by extinguishment; and
wherein the channel is formed outside the upper rim of the material container by downwardly projecting portions of the head that overhang the material container.
2. The cooling head of claim 1 , further comprising a plurality of heat radiating ribs located on top of the cooling head.
3. The cooling head of claim 1 , wherein the downwardly extending protrusion is formed by a well in the upper portion of the cooling head.
4. The cooling head of claim 1 , wherein the downwardly extending protrusion is solid and the upper portion is a contiguous plate.
5. The cooling head of claim 1 , wherein the channel is further formed inside the upper rim of the material container by a rib that projects downward from the upper portion of the cooling head.
6. The cooling head of claim 1 , wherein the channel is further formed inside the upper rim of the material container by a portion of the upper portion that is thicker than a portion of the upper portion that is configured to contact the upper rim.
7. The cooling head of claim 1 , wherein the protrusion includes ribs on a lower surface thereof.
8. The cooling head of claim 1 , wherein the cooling head is configured to be vibrated during cooling of the dross.
9. The cooling head of claim 1 , further comprising a sealing member disposed in the channel and against which the material container engages.
10. The cooling head of claim 1 , further comprising holes in the cooling head, the holes configured for injection of inert gas between the cooling head and the dross during cooling of the dross.
11. The cooling head of claim 1 , further comprising a passage in the cooling head through which a cooling fluid is circulated during cooling of the dross.
12. An aluminum dross cooling head for cooling aluminum dross that is placed in a material container, comprising:
a body that covers and at least partially contacts the dross during cooling of the dross; and
at least one hole in the body through which inert gas is injected into spaces between the dross and the dross cooling head during the cooling of the dross.
13. An aluminum dross cooling head for cooling aluminum dross that is placed in a material container, the material container having an upper rim, comprising:
a plate-like upper portion;
a protrusion extending downward from the upper portion, the protrusion configured to make physical and thermal contact with the dross; and
a channel circumferentially formed with a perimeter of the upper portion and surrounding the protrusion, the channel configured to receive the upper rim of the material container during cooling of the dross with the cooling head so that the cooling head and material container encapsulates the dross and reduces thermiting of the dross by extinguishment; and
wherein the channel is formed inside the upper rim of the material container by a rib that projects downward from the upper portion of the cooling head.
14. The cooling head of claim 13 , wherein the downwardly extending protrusion is formed by a well in the upper portion of the cooling head.
15. The cooling head of claim 13 , wherein the downwardly extending protrusion is solid and the upper portion is a contiguous plate.
16. The cooling head of claim 13 , further comprising a sealing member disposed in the channel and against which the material container engages.
17. The cooling head of claim 13 , further comprising holes in the cooling head, the holes configured for injection of inert gas between the cooling head and the dross during cooling of the dross.
18. An aluminum dross cooling head for cooling aluminum dross that is placed in a material container, the material container having an upper rim, comprising:
a plate-like upper portion;
a protrusion extending downward from the upper portion, the protrusion configured to make physical and thermal contact with the dross; and
a channel circumferentially formed with a perimeter of the upper portion and surrounding the protrusion, the channel configured to receive the upper rim of the material container during cooling of the dross with the cooling head so that the cooling head and material container encapsulates the dross and reduces thermiting of the dross by extinguishment; and
wherein the channel is formed inside the upper rim of the material container by a portion of the upper portion that is thicker than a portion of the upper portion that is configured to contact the upper rim.
19. The cooling head of claim 18 , wherein the downwardly extending protrusion is formed by a well in the upper portion of the cooling head.
20. The cooling head of claim 18 , wherein the downwardly extending protrusion is solid and the upper portion is a contiguous plate.
21. The cooling head of claim 18 , further comprising a sealing member disposed in the channel and against which the material container engages.
22. The cooling head of claim 18 , further comprising holes in the cooling head, the holes configured for injection of inert gas between the cooling head and the dross during cooling of the dross.
23. An aluminum dross cooling head for cooling aluminum dross that is placed in a material container, the material container having an upper rim, comprising:
a plate-like upper portion;
a protrusion extending downward from the upper portion, the protrusion configured to make physical and thermal contact with the dross;
a channel circumferentially formed with a perimeter of the upper portion and surrounding the protrusion, the channel configured to receive the upper rim of the material container during cooling of the dross with the cooling head so that the cooling head and material container encapsulates the dross and reduces thermiting of the dross by extinguishment; and
a sealing member disposed in the channel and against which the material container engages.
24. An aluminum dross cooling head for cooling aluminum dross that is placed in a material container, the material container having an upper rim, comprising:
a plate-like upper portion;
a protrusion extending downward from the upper portion, the protrusion configured to make physical and thermal contact with the dross;
a channel circumferentially formed with a perimeter of the upper portion and surrounding the protrusion, the channel configured to receive the upper rim of the material container during cooling of the dross with the cooling head so that the cooling head and material container encapsulates the dross and reduces thermiting of the dross by extinguishment; and
holes in the cooling head, the holes configured for injection of inert gas between the cooling head and the dross during cooling of the dross.
25. An aluminum dross cooling head for cooling aluminum dross that is placed in a material container, the material container having an upper rim, comprising:
a plate-like upper portion;
a protrusion extending downward from the upper portion, the protrusion configured to make physical and thermal contact with the dross;
a channel circumferentially formed with a perimeter of the upper portion and surrounding the protrusion, the channel configured to receive the upper rim of the material container during cooling of the dross with the cooling head so that the cooling head and material container encapsulates the dross and reduces thermiting of the dross by extinguishment; and
a plurality of heat radiating ribs located on top of the cooling head.