2000
DOI: 10.1016/s0956-053x(99)00343-8
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Leaching characteristics of glassy waste forms containing two different incineration ashes

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Cited by 12 publications
(9 citation statements)
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“…Several authors have shown that solidification, stabilization, and vitrification processes can be used to recycle different residues such as: radioactive residues (Garrido et al 2004); ash from incineration processes (Romero et al 1999, Kim et al 2000, Cheeseman et al 2003, galvanizing residues (Silva & Mello Castanho 2004); iron-rich resi-dues from hydrometallurgical processes, used to obtain various types of glass and ceramic glass (Pelino 2000); coal ash (Neufeld et al 1996, Cimdins et al 2000, Pereira et al 2001; fly ash (Parsa et al 1996, Barbieri et al 2000, Pisciella et al 2000, Jonker & Potgieter 2005; residues from steel-making processes, which contain Zn, Pb, Cd, Ni, and Cr, that have been mixed with clays to obtain the so-called 'ecological bricks ' (Dominguez et al 1996). Several authors have shown that solidification, stabilization, and vitrification processes can be used to recycle different residues such as: radioactive residues (Garrido et al 2004); ash from incineration processes (Romero et al 1999, Kim et al 2000, Cheeseman et al 2003, galvanizing residues (Silva & Mello Castanho 2004); iron-rich resi-dues from hydrometallurgical processes, used to obtain various types of glass and ceramic glass (Pelino 2000); coal ash (Neufeld et al 1996, Cimdins et al 2000, Pereira et al 2001; fly ash (Parsa et al 1996, Barbieri et al 2000, Pisciella et al 2000, Jonker & Potgieter 2005; residues from steel-making processes, which contain Zn, Pb, Cd, Ni, and Cr, that have been mixed with clays to obtain the so-called 'ecological bricks ' (Dominguez et al 1996).…”
Section: Waste Management and Researchmentioning
confidence: 99%
“…Several authors have shown that solidification, stabilization, and vitrification processes can be used to recycle different residues such as: radioactive residues (Garrido et al 2004); ash from incineration processes (Romero et al 1999, Kim et al 2000, Cheeseman et al 2003, galvanizing residues (Silva & Mello Castanho 2004); iron-rich resi-dues from hydrometallurgical processes, used to obtain various types of glass and ceramic glass (Pelino 2000); coal ash (Neufeld et al 1996, Cimdins et al 2000, Pereira et al 2001; fly ash (Parsa et al 1996, Barbieri et al 2000, Pisciella et al 2000, Jonker & Potgieter 2005; residues from steel-making processes, which contain Zn, Pb, Cd, Ni, and Cr, that have been mixed with clays to obtain the so-called 'ecological bricks ' (Dominguez et al 1996). Several authors have shown that solidification, stabilization, and vitrification processes can be used to recycle different residues such as: radioactive residues (Garrido et al 2004); ash from incineration processes (Romero et al 1999, Kim et al 2000, Cheeseman et al 2003, galvanizing residues (Silva & Mello Castanho 2004); iron-rich resi-dues from hydrometallurgical processes, used to obtain various types of glass and ceramic glass (Pelino 2000); coal ash (Neufeld et al 1996, Cimdins et al 2000, Pereira et al 2001; fly ash (Parsa et al 1996, Barbieri et al 2000, Pisciella et al 2000, Jonker & Potgieter 2005; residues from steel-making processes, which contain Zn, Pb, Cd, Ni, and Cr, that have been mixed with clays to obtain the so-called 'ecological bricks ' (Dominguez et al 1996).…”
Section: Waste Management and Researchmentioning
confidence: 99%
“…The dissolution of the glass is basically influenced by the pH values of the attack media, 6 and may be defined by: (1) glass matrix water diffusion-with the modifier ions changed by water hydrogen free ions; (2) network hydrolyses-when the structural unit links are broken; (3) amorphous superficial layer formation (alkalis/modifier poor); (4) OH − glass network attack [6][7][8][9] .…”
Section: Introductionmentioning
confidence: 99%
“…Estudos estão sendo realizados com o objetivo de desenvolver técnicas e tecnologias limpas e principalmente viáveis para a reutilização desses rejeitos. Vários autores têm demonstrado que esse processo pode ser utilizado para reciclar resíduos diferentes, tais como resíduos radioativos [5], cinzas do processo de incineração [6][7][8], resíduos de galvanização [9], resíduos ricos em ferro provenientes de processos hidrometalúrgicos [10] e lodo de tratamento de água [11]. Dessa forma, o trabalho proposto teve como objetivo avaliar por meio de planejamento estatístico a incorporação do resíduo de galvanoplastia em cerâmica vermelha com o intuito de minimizar a contaminação ao meio ambiente e ao homem.…”
Section: Introductionunclassified