Add to ORKGThe objective of this study was to monitor the behavior of fly ash originated from the power plant Nikola Tesla as a low cost absorbent for removal of copper ions from synthetic aqueous solutions. Fly ash, a potentional hazardous solid waste produced as a by-product in power plants worldwide in million tones, has attracted researchers' interest for years. Chemical composition and physical properties of sorbent are shown. As a method, batch adsorption procedure was applied. The effect of contact time, initial metal concentration and adsorbent amount were studied and optimal parameters were determined. The effectiveness of fly ash as adsorbent is evident
Fly ash with a large number of active sites can occur with the adsorbent chemical and physical adsor...
In this study, the adsorption behavior of some low-cost adsorbents such as peanut husk charcoal, fly...
PT. Evergreen International Paper uses coal as a producer of electrical and thermal energy. Coal com...
This research aims at investigating the utilization of fly ash as a low-cost adsorbent to remove cop...
Fly ash is a particulate material produced from coal combustion power plants with major components a...
This study investigated the adsorption capacity of one material based on the treatment of fly ash wi...
Heavy metal copper (Cu (II)), Chromium (Cr (IV) is a heavy metal that dominates textile industrial w...
Anthropogenic activities due to increased urbanization and industrialization has polluted the geoenv...
170-177The potential of activated fly ash has been investigated for the adsorption of copper (II) di...
PT. Evergreen International Paper uses coal as a producer of electrical and thermal energy. Coal com...
Solid-state conversion of fly ash to an amorphous aluminosilicate adsorbent (geopolymer) has been in...
In this research, it is aimed to remove toxic heavy metals in waste water with the help of fly ash f...
Fly ash is one of the residues generated in combustion, and comprises the fine particles that rise w...
The adsorption behavior of Cu on three solid waste materials—sea nodule residue (SNR), fly ash (FA),...
AbstractIn this study, the adsorption behavior of some low-cost adsorbents such as peanut husk charc...
Fly ash with a large number of active sites can occur with the adsorbent chemical and physical adsor...
In this study, the adsorption behavior of some low-cost adsorbents such as peanut husk charcoal, fly...
PT. Evergreen International Paper uses coal as a producer of electrical and thermal energy. Coal com...
This research aims at investigating the utilization of fly ash as a low-cost adsorbent to remove cop...
Fly ash is a particulate material produced from coal combustion power plants with major components a...
This study investigated the adsorption capacity of one material based on the treatment of fly ash wi...
Heavy metal copper (Cu (II)), Chromium (Cr (IV) is a heavy metal that dominates textile industrial w...
Anthropogenic activities due to increased urbanization and industrialization has polluted the geoenv...
170-177The potential of activated fly ash has been investigated for the adsorption of copper (II) di...
PT. Evergreen International Paper uses coal as a producer of electrical and thermal energy. Coal com...
Solid-state conversion of fly ash to an amorphous aluminosilicate adsorbent (geopolymer) has been in...
In this research, it is aimed to remove toxic heavy metals in waste water with the help of fly ash f...
Fly ash is one of the residues generated in combustion, and comprises the fine particles that rise w...
The adsorption behavior of Cu on three solid waste materials—sea nodule residue (SNR), fly ash (FA),...
AbstractIn this study, the adsorption behavior of some low-cost adsorbents such as peanut husk charc...
Fly ash with a large number of active sites can occur with the adsorbent chemical and physical adsor...
In this study, the adsorption behavior of some low-cost adsorbents such as peanut husk charcoal, fly...
PT. Evergreen International Paper uses coal as a producer of electrical and thermal energy. Coal com...