New ceramics based on 60 wt% of alternative raw material derived from post-treated municipal solid waste incinerator bottom ashes and 40 wt%of refractory clay were studied. The chemical analysis of the compositions was evaluated by ICP. The thermal and densification behavior of theceramic batches were evaluated by DTA-TG and dilatometry techniques, respectively. After that, the degree of sintering at different temperaturesand soaking times was evaluated in detail, measuring open and closed porosities, linear shrinkage and water absorption. The crystallinity at differenttemperatures (during heating and after cooling) and microstructure of the obtained samples were evaluated by high-temperature X-ray diffraction(HTXRD) and scanning electron m...
Actually, the recovery and valorisation of the solid residues (bottom and fly ash) coming from munic...
The paper presents the production technique of anorthite-based building ceramics using semidry press...
Dredging spoils, due to their composition could be considered a new potential source for the product...
New ceramics based on 60 wt% of alternative raw material derived from post-treated municipal solid w...
The main objective of this work was to study the sintering process and technological properties of n...
The possibility to obtain new eco-compatible building materials by milling, pressing and direct sint...
Ceramics, based on 60 wt% of municipal incinerator bottom ashes (MIBA) and 40 wt% of industrial clay...
International audienceAlthough work has been done to understand the sintering behavior and propertie...
International audiencePressed plates ceramics made of gross-milled bottom ashes and waste clay, were...
The possibility of recycling the Municipal Solid Wastes Incinerated (MSWI) bottom ash by its incorpo...
The use of glassy frits obtained from municipal incinerator bottom ash and glass cullet, as sinterin...
The aim of this research was to develop a novel thermal treatment technology able to transform the p...
Glass-ceramics were produced using an Italian municipal incinerator bottom ash and glass culler comi...
Recycling and valorisation of waste materials coming from municipal and industrial processes has bec...
Special waste incinerator ashes (fly and bottom) and steelmaking slag were attrition milled, separat...
Actually, the recovery and valorisation of the solid residues (bottom and fly ash) coming from munic...
The paper presents the production technique of anorthite-based building ceramics using semidry press...
Dredging spoils, due to their composition could be considered a new potential source for the product...
New ceramics based on 60 wt% of alternative raw material derived from post-treated municipal solid w...
The main objective of this work was to study the sintering process and technological properties of n...
The possibility to obtain new eco-compatible building materials by milling, pressing and direct sint...
Ceramics, based on 60 wt% of municipal incinerator bottom ashes (MIBA) and 40 wt% of industrial clay...
International audienceAlthough work has been done to understand the sintering behavior and propertie...
International audiencePressed plates ceramics made of gross-milled bottom ashes and waste clay, were...
The possibility of recycling the Municipal Solid Wastes Incinerated (MSWI) bottom ash by its incorpo...
The use of glassy frits obtained from municipal incinerator bottom ash and glass cullet, as sinterin...
The aim of this research was to develop a novel thermal treatment technology able to transform the p...
Glass-ceramics were produced using an Italian municipal incinerator bottom ash and glass culler comi...
Recycling and valorisation of waste materials coming from municipal and industrial processes has bec...
Special waste incinerator ashes (fly and bottom) and steelmaking slag were attrition milled, separat...
Actually, the recovery and valorisation of the solid residues (bottom and fly ash) coming from munic...
The paper presents the production technique of anorthite-based building ceramics using semidry press...
Dredging spoils, due to their composition could be considered a new potential source for the product...