Polymeric construction material on the basis of flotation waste from copper ore flotation and waste sulfur
AssigneeWlodzimierz Myslowski
InventorsWlodzimierz Myslowski, Andrzej Janiczek
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Abstract
The method of production of polymeric construction material from flotation waste originating from copper ore flotation and waste sulfur is described. The method includes mixing of 20-50% by weight of waste sulfur which is combined with 10-50% by weight of flotation waste from flotation of copper ore and 3-25% by weight of waste phosphogypsum as pH regulator. Finally, 10-40% by weight of mineral filler is added. The mixing occurs at a temperature of 130-150 degrees Celsius and the mixing lasts for about 30 minutes with rotational speed of an agitator of 20 rpm.
Claims9
The method of production of polymeric construction material from flotation waste originating from copper ore flotation and waste sulfur, said method comprising
- mixing of 20-50% by weight of waste sulfur, 10-50% by weight of flotation waste from flotation of copper ore, 3-25% by weight of waste phosphogypsum as pH regulator, 10-40% by weight of mineral filler;
- wherein said mixing occurs at a temperature of 130-150 degrees Celsius and wherein said mixing lasts for about 30 minutes with rotational speed of an agitator of 20 rpm.
The method of production of polymeric construction material from flotation waste originating from copper ore flotation and waste sulfur, said method comprising
- mixing of 30% by weight of waste sulfur, 35% by weight of flotation waste from flotation of copper ore of granulation of about 0.06 mm, 5% by weight of waste phosphogypsum as pH regulator, 30% by weight of mineral filler
- wherein said mixing occurs at a temperature of 130-150 degrees Celsius and wherein said mixing lasts for about 30 minutes with rotational speed of an agitator of 20 rpm.
The method of production of polymeric construction material from flotation waste originating from copper ore flotation and waste sulfur, said method comprising
- mixing of 50% by weight of waste sulfur, 25% by weight of flotation waste from flotation of copper ore, 20% by weight of waste phosphogypsum as pH regulator, 5% by weight of mineral filler
- wherein said mixing occurs at a temperature of 130-150 degrees Celsius and wherein said mixing lasts for about 30 minutes with rotational speed of an agitator of 20 rpm.
Dependencies are inferred from the claim text.