Experimental and Numerical Evaluation of Stabilization Effect on Pollutant Mobility from Incinerator Bottom Ash Waste
AT Ahmed, HA Khalid - Transportation research record, 2011 - journals.sagepub.com
Before incinerator bottom ash waste (IBAW) is used as a construction material, its
environmental impacts should be thoroughly investigated. IBAW encompasses ferrous and
nonferrous constituents that, in the presence of water, might be released into the
groundwater and soil. The aim of this study was to find a treatment technique to improve the
quality of IBAW and to reduce, to below regulatory limits, its potential to leach metals and
salts. IBAW was mixed with limestone to achieve an environmentally and functionally …
environmental impacts should be thoroughly investigated. IBAW encompasses ferrous and
nonferrous constituents that, in the presence of water, might be released into the
groundwater and soil. The aim of this study was to find a treatment technique to improve the
quality of IBAW and to reduce, to below regulatory limits, its potential to leach metals and
salts. IBAW was mixed with limestone to achieve an environmentally and functionally …
[PDF][PDF] EXPERIMENTAL AND NUMERICAL EVALUATION OF STABILISATION EFFECT ON POLLUTANT MOBILITY FROM INCINERATOR BOTTOM ASH WASTE IN …
AT Ahmed - researchgate.net
Prior to utilization of incinerator bottom ash waste (IBAW) as a construction material, its
environmental impacts should be thoroughly investigated. IBAW encompasses plenty of
ferrous and non ferrous constituents. In the presence of water, these constituents could be
released to groundwater and soil. The aim of this study was to find a treatment technique to
improve the quality of IBAW and reduce its leaching potential of metals and salts to below
regulatory limits. IBAW was mixed with limestone to achieve an acceptable blend in terms of …
environmental impacts should be thoroughly investigated. IBAW encompasses plenty of
ferrous and non ferrous constituents. In the presence of water, these constituents could be
released to groundwater and soil. The aim of this study was to find a treatment technique to
improve the quality of IBAW and reduce its leaching potential of metals and salts to below
regulatory limits. IBAW was mixed with limestone to achieve an acceptable blend in terms of …