Add to ORKGIn this research work natural bio polymer “chitosan ” was synthesized using locally available fish shells and adsorption of copper by chitosan was studied. Synthesize of chitosan involved four main stages as preconditioning, demineralization, deprotenisation and deacetylation. Chitosan was characterized using Fourier Transform Infrared Spectroscopy (FTIR). The affinity of chitosan for cupper was studied using anhydrous CuCl2 solution as the heavy metal solution containing Cu (II) ions. Adsorption of cupper ions by chitosan was investigated under different conditions. Amount of copper absorbed was evaluated using atomic adsorption spectroscopy
Chitosan is a polymer that can be obtained from the shells of seafood such as prawns, crabs, and lob...
This study describes the chemical modification of chitosan to produce a novel bifunctionalized adsor...
Herein, a chitosan (CH) and fluroapatite (TNP) based CH-TNP composite was synthesized by utilizing s...
In this research work natural bio polymer “chitosan” was synthesized using locally available fish sh...
In this research work natural bio polymer “chitosan” was synthesized using locally available shrimp ...
One of the major applications of chitosan and its many derivatives is based on its ability to bind s...
In this research work natural bio polymer “chitosan” was synthesized using locally available shrimp...
Chitosan is an amino-polysaccharide with highly efficient properties for the binding of metal ions. ...
The modification of chitosan represents a challenging task in obtaining biopolymeric materials with ...
The modification of chitosan represents a challenging task in obtaining biopolymeric materials with ...
The modification of chitosan represents a challenging task in obtaining biopolymeric materials with ...
A new chitosan derivative was prepared by grafting a ligand [3-(4methoxyphenyl)-1Hpyrazole-4-carbald...
The aim of the first year research is: to predict a complex surface formation between chitosan and m...
The aim of the first year research is: to predict a complex surface formation between chitosan and m...
In nature chitosan is a plentiful polymer with high heavy metal ion uptake capacity due to chitosan’...
Chitosan is a polymer that can be obtained from the shells of seafood such as prawns, crabs, and lob...
This study describes the chemical modification of chitosan to produce a novel bifunctionalized adsor...
Herein, a chitosan (CH) and fluroapatite (TNP) based CH-TNP composite was synthesized by utilizing s...
In this research work natural bio polymer “chitosan” was synthesized using locally available fish sh...
In this research work natural bio polymer “chitosan” was synthesized using locally available shrimp ...
One of the major applications of chitosan and its many derivatives is based on its ability to bind s...
In this research work natural bio polymer “chitosan” was synthesized using locally available shrimp...
Chitosan is an amino-polysaccharide with highly efficient properties for the binding of metal ions. ...
The modification of chitosan represents a challenging task in obtaining biopolymeric materials with ...
The modification of chitosan represents a challenging task in obtaining biopolymeric materials with ...
The modification of chitosan represents a challenging task in obtaining biopolymeric materials with ...
A new chitosan derivative was prepared by grafting a ligand [3-(4methoxyphenyl)-1Hpyrazole-4-carbald...
The aim of the first year research is: to predict a complex surface formation between chitosan and m...
The aim of the first year research is: to predict a complex surface formation between chitosan and m...
In nature chitosan is a plentiful polymer with high heavy metal ion uptake capacity due to chitosan’...
Chitosan is a polymer that can be obtained from the shells of seafood such as prawns, crabs, and lob...
This study describes the chemical modification of chitosan to produce a novel bifunctionalized adsor...
Herein, a chitosan (CH) and fluroapatite (TNP) based CH-TNP composite was synthesized by utilizing s...