The bottom ashes coming from two different municipal solid waste incinerators were vitrified at 1400 _C. The obtained glass, mixed with other wastes coming from metallurgical and mineral industrial wastes, was used as raw material for the production of glass–ceramic tiles. Two different mixtures were used for the tile production: (a) glass from bottom ashes plus corundum-based waste from an aluminum foundry and (b) glass from bottom ashes plus kaolin-based waste from the kaolin ore extraction process. The tiles were prepared in air by a low-cost, low-temperature pressureless sintering process and were morphologically and mechanically characterized. The sintered materials were found to be good candidates for building applications (tiles, bri...
Glass-ceramics were produced using an Italian municipal incinerator bottom ash and glass culler comi...
Vitrification is a well-established waste treatment method that has been used for silicate based was...
Glass-ceramics based on iron rich wastes were produced by direct sintering and by following an innov...
Monolithic sintered glass-ceramics and porous glass-ceramic components were produced from natural ra...
The aim of this work is to show possibilities for recycling solid waste by the vitrification/devitri...
Glass matrix composites have been obtained by mixing and sintering negative cost materials coming fr...
Dense glass-ceramics were obtained by cold pressing and sinter-crystallization of a glass originated...
In this study, vitrified ceramic tiles were made by sintering a mixture of recycled waste container ...
Actually, the recovery and valorisation of the solid residues (bottom and fly ash) coming from munic...
Vitrified inorganic wastes are often converted into glass-ceramics: although these products exhibit ...
This paper reports the results of a study of the feasibility of recycling the solid residues from do...
Panel glass from dismantled cathode ray tubes, mining residues from feldspar excavation and lime fro...
Vitrification of waste is an effective method to produce a safe waste-based material. However, this ...
Panel glass from dismantled cathode ray tubes, mining residues from feldspar excavation and lime fro...
The vitrification treatment has been successfully exploited as a solution for the disposal of pollut...
Glass-ceramics were produced using an Italian municipal incinerator bottom ash and glass culler comi...
Vitrification is a well-established waste treatment method that has been used for silicate based was...
Glass-ceramics based on iron rich wastes were produced by direct sintering and by following an innov...
Monolithic sintered glass-ceramics and porous glass-ceramic components were produced from natural ra...
The aim of this work is to show possibilities for recycling solid waste by the vitrification/devitri...
Glass matrix composites have been obtained by mixing and sintering negative cost materials coming fr...
Dense glass-ceramics were obtained by cold pressing and sinter-crystallization of a glass originated...
In this study, vitrified ceramic tiles were made by sintering a mixture of recycled waste container ...
Actually, the recovery and valorisation of the solid residues (bottom and fly ash) coming from munic...
Vitrified inorganic wastes are often converted into glass-ceramics: although these products exhibit ...
This paper reports the results of a study of the feasibility of recycling the solid residues from do...
Panel glass from dismantled cathode ray tubes, mining residues from feldspar excavation and lime fro...
Vitrification of waste is an effective method to produce a safe waste-based material. However, this ...
Panel glass from dismantled cathode ray tubes, mining residues from feldspar excavation and lime fro...
The vitrification treatment has been successfully exploited as a solution for the disposal of pollut...
Glass-ceramics were produced using an Italian municipal incinerator bottom ash and glass culler comi...
Vitrification is a well-established waste treatment method that has been used for silicate based was...
Glass-ceramics based on iron rich wastes were produced by direct sintering and by following an innov...