New clay-based ceramic formulations containing different solid wastes

Industrial Ceramics

Volumn 20, Issue 2, 2000, Pages 75-76

  Martelon, E ^a   Jarrige, J ^b   Ribeiro, M J ^b   Ferreira, J M ^c   Labrincha, J A ^c  

^a Laboratoire de Matériaux Céramiques et Traitements de Surface   (France)

^b INSTITUTO POLITÉCNICO DE VIANA DO CASTELO   (Portugal)

^c UIMC   (Portugal)

Author keywords

[No Author keywords available]

Indexed keywords

ALUMINUM; CLAY; COMPOSITION; FELDSPAR; GLASS; RAW MATERIALS; SAND; SEWAGE SLUDGE; SOLID WASTES; WASTE UTILIZATION; X RAY ANALYSIS;

ALUMINUM ANODISING INDUSTRY; ALUMINUM RICH SLUDGE; CLAY BASED CERAMIC; NONHAZARDOUS RESIDUES;

PORCELAIN;

EID: 0034180028     PISSN: 11217588     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (12)

1. D.M.S. COUTO. R.F. SILVA, F. CASTRO, J.A. LABRINCHA. Incorporation of hydroxide-metal containing sludges in ceramics bricks, Ceramica Acta, (in press).
2. I. ALFARO, R. BALHORN.The application of aluminium oxide obtained from the recycling of aluminium", 3rd ASM International Conference on the Recycling of Metals, Barcelona, Spain, (1997).
3. M. DONDI, M. MARSIGLI, B. FABBRI, Recycling of industrial and urban wastes in brick production: a review, Tile & Brick Int., 13 [3-4] (1997), 302.
4. N.I. WARPECHOWSKI DA SILVA, O. ZWONOK, F. CHIES, Use of solid wastes in clay mixtures to prepare building ceramic matetïals.Tile & Brick Int. 14 [4] (1998), 310.
5. L PAVLOVA, Use of industrial wastes in brick manufacture, Tile & Brick Int. 12 [3] (1996), 224.
6. D. SEVELIUS, Bricks by recycling - product design based on waste, Key Engineering Materials 132-136 (1997),2272.
7. B. SIMONCINI, R. ORRû, G. CAO, Self propagating reactions for treating and recycling zinc hydrometallurgical wastes, Key Engineering Materials 132-136 (1997), 2276.
8. M.IA ALMEIDA, M.R. AMARAL, AM. SOUSA CORREIA, M. FONSECA ALMEIDA, Ceramic building materials: an alternative in disposal of sewage sludge, Key Engineering Materials 132-136 (1997),2280.
9. J.A. FEREZ, R.TERRADAS, M.R. MANENT, M. SEIJAS, S. MARTINEZ, Inertization of industrial wastes in ceramic materials, Industrial Ceramics 16 [I] (1996),7.
10. S. MILETIC, M. Ine, R. VASIC, Recycled ceramic waste for the electro-insulators jointing mixture and for other building materials,Key Engineering Materials 132-136 (I997),2252.
11. D.M.S. COUTO, R.F. SIVA, F. CASTRO, JA LABRINCHA, Inertization of metallurgical sludges in clay-based ceramics, Proceeding of the 2nd Mediterranean Clay Meeting,Vol. 2, pp.208, ed. C.S. Gomes, Aveiro, 1998.
12. DA PEREIRA, R.F. SILVA, C.M. BôIA, M.J. RIBEIRO, J.A. LABRINCHA, Inertization of Al-rich sludges from anodising processes in clay-based ceramics, Extended Abstracts of the VI Materials Spanish Society Reunion, pp.145, ed. M. Elizegi, I. Garuz, F. Penalba, Fundaciôn INASMET, San Sebastian, 1999.