The techniques able to incorporate wastes by means of a heat treatment present the advantage to fix the residue with chemical bonds. Among these techniques there are vitrification and sintering which are characterised by different operating temperatures in the range of 950-1500°C and the involved raw materials develop silicatic crystalline phases and glassy matrices capable to immobilize heavy metal contents in the waste matrix. In this work incinerator bottom ash, polishing and glazing ceramic sludges have undergone to thermal treatments in order to valorise the waste as secondary raw material for the obtainment of re-products. The chemical efficiency of the process adopted has been evaluated by comparing the results of release tests applied to the as-received wastes and to the thermally treated materials in order to verify the effectiveness of the different matrices to fix the waste components.
High temperature techniques for chemical incorporation of wastes aimed to the obtainment of re-products / Andreola, F.; Barbieri, L.; Lancellotti, I.; Morselli, L.; Passarini, F.; Vassura, I.. - (2008), pp. 1515-1520. (Intervento presentato al convegno 2008 Global Symposium on Recycling, Waste Treatment and Clean Technology, REWAS 2008 tenutosi a Cancun, mex nel 2008).
High temperature techniques for chemical incorporation of wastes aimed to the obtainment of re-products
Andreola F.;Barbieri L.;Lancellotti I.;Passarini F.;
2008
Abstract
The techniques able to incorporate wastes by means of a heat treatment present the advantage to fix the residue with chemical bonds. Among these techniques there are vitrification and sintering which are characterised by different operating temperatures in the range of 950-1500°C and the involved raw materials develop silicatic crystalline phases and glassy matrices capable to immobilize heavy metal contents in the waste matrix. In this work incinerator bottom ash, polishing and glazing ceramic sludges have undergone to thermal treatments in order to valorise the waste as secondary raw material for the obtainment of re-products. The chemical efficiency of the process adopted has been evaluated by comparing the results of release tests applied to the as-received wastes and to the thermally treated materials in order to verify the effectiveness of the different matrices to fix the waste components.
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