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Thermal treatment of lead-rich dust to improve fresh characteristics and adsorption behavior of autoclaved geopolymer for methylene blue dye removal

Abstract
The main target behind this work is studying the synergistic returns of thermal treatment of Lead-rich sludge dust (LD) on fresh properties of alkali-activated geopolymer in addition to its adsorption performance towards the removal of methylene dye (MB) from aqueous media. According to TGA/DTGA analysis, the thermal treatment of received dust was at 500°C (TLD). Two geopolymeric pastes (Geo-LD an...
Keywords
Methylene blue
Adsorption
Geopolymer
Materials science
Chemical engineering
Lead (geology)
Chemistry
Composite material
Organic chemistry
Fly ash
Photocatalysis
Geology
Geomorphology
Engineering
Catalysis



Thermal treatment of lead-rich dust to improve fresh characteristics and adsorption behavior of autoclaved geopolymer for methylene blue dye removal

Thermal treatment of lead-rich dust to improve fresh characteristics and adsorption behavior of autoclaved geopolymer for methylene blue dye removal

Abstract
The main target behind this work is studying the synergistic returns of thermal treatment of Lead-rich sludge dust (LD) on fresh properties of alkali-activated geopolymer in addition to its adsorption performance towards the removal of methylene dye (MB) from aqueous media. According to TGA/DTGA analysis, the thermal treatment of received dust was at 500°C (TLD). Two geopolymeric pastes (Geo-LD an...
Keywords
Methylene blue
Adsorption
Geopolymer
Materials science
Chemical engineering
Lead (geology)
Chemistry
Composite material
Organic chemistry
Fly ash
Photocatalysis
Geology
Geomorphology
Engineering
Catalysis