In the paper, the mechanism of the process of the Rh(III) ions adsorption on activated carbon ORGANOSORB 10—AA was investigated. It was shown, that the process is reversible, i.e., stripping of Rh(III) ions from activated carbon to the solution is also possible. This opens the possibility of industrial recovery of Rh (III) ions from highly dilute aqueous solutions. The activation energies for the forward and backward reaction were determined These are equal to c.a. 7 and 0 kJ/mol. respectively. Unfortunately, the efficiency of this process was low. Obtained maximum load of Rh(III) was equal to 1.13 mg per 1 g of activated carbon
The aqueous behaviour of rhodium (III) (Rh) in chloride solutions was investigated with the objectiv...
This study aims to determine the main adsorption mechanism by which chromium (VI) is adsorbed onto t...
The activated carbon with high surface area was prepared by KOH activation. It was further modified ...
Adsorption of Rh(III) ions from the aqueous phase containing chloride ions was investigated batchwis...
The adsorption of rhodium (III) ions onto gallic acid formaldehyde resin in a batch adsorber has bee...
The adsorption of rhodium (III) ions onto gallic acid formaldehyde resin in a batch adsorber has bee...
This paper analyses the thermodynamic aspects of ions adsorption on a granular activated carbon and ...
A new adsorbent resin has been developed by immobilizing gallic acid with formaldehyde, and its adso...
Kinetic studies are described for the activation of carbon monoxide, molecular hydrogen, and molecul...
In this work, the results of equilibrium and dynamic adsorption tests of hexavalent chromium, Cr (VI...
Economic gains are generally the outcome of industrialization and consequently urbanization. However...
The adsorption of chromium(VI) metal ion in aqueous solutions by activated carbon resorcinol formald...
This is the first report that demonstrates the ability of anaerobic methanogenic granular sludge to ...
The present study deals with removal of hexavalent chromium from aqueous solution using low cost act...
A carbonaceous adsorbent prepared from an indigenous waste by acid treatment was tested for its effi...
The aqueous behaviour of rhodium (III) (Rh) in chloride solutions was investigated with the objectiv...
This study aims to determine the main adsorption mechanism by which chromium (VI) is adsorbed onto t...
The activated carbon with high surface area was prepared by KOH activation. It was further modified ...
Adsorption of Rh(III) ions from the aqueous phase containing chloride ions was investigated batchwis...
The adsorption of rhodium (III) ions onto gallic acid formaldehyde resin in a batch adsorber has bee...
The adsorption of rhodium (III) ions onto gallic acid formaldehyde resin in a batch adsorber has bee...
This paper analyses the thermodynamic aspects of ions adsorption on a granular activated carbon and ...
A new adsorbent resin has been developed by immobilizing gallic acid with formaldehyde, and its adso...
Kinetic studies are described for the activation of carbon monoxide, molecular hydrogen, and molecul...
In this work, the results of equilibrium and dynamic adsorption tests of hexavalent chromium, Cr (VI...
Economic gains are generally the outcome of industrialization and consequently urbanization. However...
The adsorption of chromium(VI) metal ion in aqueous solutions by activated carbon resorcinol formald...
This is the first report that demonstrates the ability of anaerobic methanogenic granular sludge to ...
The present study deals with removal of hexavalent chromium from aqueous solution using low cost act...
A carbonaceous adsorbent prepared from an indigenous waste by acid treatment was tested for its effi...
The aqueous behaviour of rhodium (III) (Rh) in chloride solutions was investigated with the objectiv...
This study aims to determine the main adsorption mechanism by which chromium (VI) is adsorbed onto t...
The activated carbon with high surface area was prepared by KOH activation. It was further modified ...