The sorption of copper ions from aqueous solutions onto modified aluminum oxide was investigated as a function of pH, solids concentration and both particulate and dissolved organic matter. The aluminum oxide studied was modified by adsorption of humic acid. The pH value, organic matter content, and solids concentration dominated copper adsorption onto modified aluminum oxide. The adsorption of copper increased with increasing pH. An increase in particulate organic carbon resulted in an enhanced copper uptake. The partition coefficient (Kd) of copper decreased as the solids concentration increased. Copper partitioning was maximal in the neutral pH range and decreased at either low or high pH values. There was also a decrease in copper adsor...
Potential contamination of groundwater was evaluated through soil samples from an unpolluted homogen...
The influence of dissolved natural organic matter (NOM) on the transport of Cu(II) in saturated medi...
Rapid progress has been made recently in the understanding of heavy metal sorption and speciation on...
The sorption of copper ions from aqueous solutions onto modified aluminum oxide was investigated as ...
This work investigated the adsorption of Cu and Pb at the surface of g-Al2O3 in the presence of fulv...
Abstract: This paper presents observations made on the kinetics and mechanism of Cu partition in soi...
Thesis (Ph.D.)--University of Washington, 2015This study examined impacts of dissolved organic matte...
Humic substances are the dominant dissolved organic matter fraction in the aqueous phase of environm...
The effects of pH and Cu loading on the solid/solution partitioning of Cu in a Podosol from south-ea...
Em estudos ambientais, há a necessidade de se conhecer o comportamento adsortivo de metais, por solo...
Commercial samples of humic acids (Fluka AG) were used to evaluate the adsorption behaviour of Cu2+ ...
Copyright © 2006 CSIROMetal partitioning between organic and mineral fractions in biosolids may prov...
Copper availability in wetland systems is controlled by strong interactions with organic matter (OM)...
In environmental studies it is necessary to know the adsorption behavior of metals by soils, since t...
The complexation of Cu by sewage sludge-derived dissolved organic matter (SSDOM) is a process by whi...
Potential contamination of groundwater was evaluated through soil samples from an unpolluted homogen...
The influence of dissolved natural organic matter (NOM) on the transport of Cu(II) in saturated medi...
Rapid progress has been made recently in the understanding of heavy metal sorption and speciation on...
The sorption of copper ions from aqueous solutions onto modified aluminum oxide was investigated as ...
This work investigated the adsorption of Cu and Pb at the surface of g-Al2O3 in the presence of fulv...
Abstract: This paper presents observations made on the kinetics and mechanism of Cu partition in soi...
Thesis (Ph.D.)--University of Washington, 2015This study examined impacts of dissolved organic matte...
Humic substances are the dominant dissolved organic matter fraction in the aqueous phase of environm...
The effects of pH and Cu loading on the solid/solution partitioning of Cu in a Podosol from south-ea...
Em estudos ambientais, há a necessidade de se conhecer o comportamento adsortivo de metais, por solo...
Commercial samples of humic acids (Fluka AG) were used to evaluate the adsorption behaviour of Cu2+ ...
Copyright © 2006 CSIROMetal partitioning between organic and mineral fractions in biosolids may prov...
Copper availability in wetland systems is controlled by strong interactions with organic matter (OM)...
In environmental studies it is necessary to know the adsorption behavior of metals by soils, since t...
The complexation of Cu by sewage sludge-derived dissolved organic matter (SSDOM) is a process by whi...
Potential contamination of groundwater was evaluated through soil samples from an unpolluted homogen...
The influence of dissolved natural organic matter (NOM) on the transport of Cu(II) in saturated medi...
Rapid progress has been made recently in the understanding of heavy metal sorption and speciation on...