The main thrust of the paper is mechanism of immobilization of nickel(Ni) and chromium(Cr) metal sludge by solidification/stabilization using lime fly ash and sand (LFAS). The mineralogy of fly ash used for the study has been determined on the basis of x- ray diffraction analysis (XRD). Attempts have been made to investigate the consequences of interaction of heavy metal ion with constituents of lime fly ash sand composite on the basis of XRD studies and scanning electron microscopy (SEM, except chromium)
Portland cement has been suggested as an effective stabilization (physico-chemical) method for haz- ...
The disposal of fly ash generated during municipal solid waste incineration (MSWI) may pose a signif...
Summarization: In the present work, the stabilization/solidification of fly and bottom ash generated...
A synthetic electroplating sludge was solidified in a binder which was a mixture of lime and Class C...
A Portland cement/Class F fly ash binder was used to solidify a heavy-metal sludge containing Cr, Ni...
Acid mine drainage (AMD) is one of the largest problems facing the mining of base metals in Canada t...
This study investigated the solidification/stabilization of fly ash containing heavy metals using th...
This study presents an innovative stabilization method of fly ash derived fromco-combustion of munic...
Stabilisation and microstructural examination of stabilised electroplating industrial sludge has bee...
With the increase in municipal solid waste incineration, fly ash, its heavy metal content, and its d...
In this paper the immobilization of hexavalent chromium (Cr (VI)) by fly ash (FA)-based geopolymers ...
Strength, leachability and microstructure characterisation of Na2SiO3-activated ground granulated bl...
Current research emphasis is more on the utilization of materials that are considered as waste. Tail...
Fly ash samples from a mixed hazardous waste (MHW) incinerator were subjected to solidification and ...
Contaminated sludges from Hamburg harbour have been stabilized by means of lime, calcium hydroxide, ...
Portland cement has been suggested as an effective stabilization (physico-chemical) method for haz- ...
The disposal of fly ash generated during municipal solid waste incineration (MSWI) may pose a signif...
Summarization: In the present work, the stabilization/solidification of fly and bottom ash generated...
A synthetic electroplating sludge was solidified in a binder which was a mixture of lime and Class C...
A Portland cement/Class F fly ash binder was used to solidify a heavy-metal sludge containing Cr, Ni...
Acid mine drainage (AMD) is one of the largest problems facing the mining of base metals in Canada t...
This study investigated the solidification/stabilization of fly ash containing heavy metals using th...
This study presents an innovative stabilization method of fly ash derived fromco-combustion of munic...
Stabilisation and microstructural examination of stabilised electroplating industrial sludge has bee...
With the increase in municipal solid waste incineration, fly ash, its heavy metal content, and its d...
In this paper the immobilization of hexavalent chromium (Cr (VI)) by fly ash (FA)-based geopolymers ...
Strength, leachability and microstructure characterisation of Na2SiO3-activated ground granulated bl...
Current research emphasis is more on the utilization of materials that are considered as waste. Tail...
Fly ash samples from a mixed hazardous waste (MHW) incinerator were subjected to solidification and ...
Contaminated sludges from Hamburg harbour have been stabilized by means of lime, calcium hydroxide, ...
Portland cement has been suggested as an effective stabilization (physico-chemical) method for haz- ...
The disposal of fly ash generated during municipal solid waste incineration (MSWI) may pose a signif...
Summarization: In the present work, the stabilization/solidification of fly and bottom ash generated...