Recycling Marble Working Wastes in Manufacturing Ceramic Products. Part 2: Ceramic Wall Tile Manufacture

J. García-Ten; G. Mallol; E. Bou; G. Silva; J. Fernández; A. Molina; J. Romera

Recycling Marble Working Wastes in Manufacturing Ceramic Products. Part 2: Ceramic Wall Tile Manufacture

J. García-Ten, G. Mallol, E. Bou, G. Silva, J. Fernández, A. Molina, J. Romera

Research output: Contribution to journal › Article › peer-review

Abstract

The technical feasibility was studied of valorising marble working wastes as a raw material in white-firing wall tile manufacture.For this, the calcium carbonate used in these compositions(about 15%)was completely replaced by these wastes.The study shows that the waste only containing calcite does not modify product behaviour or end product properties,whereas the waste containing dolomite slightly modifies tile end properties. These findings indicate that recyclining marble working wastes in the manufacture of white-firing wall tile bodies is technically feasible.

Original language	English
Pages (from-to)	E30-E32
Journal	CFI Ceramic Forum International
Volume	80
Issue number	10
State	Published - Oct 2003
Externally published	Yes

Cite this

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abstract = "The technical feasibility was studied of valorising marble working wastes as a raw material in white-firing wall tile manufacture.For this, the calcium carbonate used in these compositions(about 15%)was completely replaced by these wastes.The study shows that the waste only containing calcite does not modify product behaviour or end product properties,whereas the waste containing dolomite slightly modifies tile end properties. These findings indicate that recyclining marble working wastes in the manufacture of white-firing wall tile bodies is technically feasible.",

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AU - Bou, E.

AU - Silva, G.

AU - Fernández, J.

AU - Molina, A.

AU - Romera, J.

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AB - The technical feasibility was studied of valorising marble working wastes as a raw material in white-firing wall tile manufacture.For this, the calcium carbonate used in these compositions(about 15%)was completely replaced by these wastes.The study shows that the waste only containing calcite does not modify product behaviour or end product properties,whereas the waste containing dolomite slightly modifies tile end properties. These findings indicate that recyclining marble working wastes in the manufacture of white-firing wall tile bodies is technically feasible.

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Recycling Marble Working Wastes in Manufacturing Ceramic Products. Part 2: Ceramic Wall Tile Manufacture

Abstract

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