This study elucidates equilibrium and kinetic modelling for the removal of Cu(II) ion on rice straw(RS). The Adsorption isotherms are empirical relations between equilibrium uptake in solid phase and residual concentration in the liquid phase. A variety of adsorption isotherms are available in the literature which are mainly characterized as 2 and 3 three parameters adsorption isotherm models. In this study various 2 parameters adsorption isotherms are used to elucidate the equilibrium behaviour of Cu(II) removal by rice straw at an average pH = 5, by using linear and non-linear regression analysis. Similarly, Pseudo 1st and 2nd kinetic models are fitted on the experimental data. R2, SSE, MSE, RMSE, ARE and SAE were used as the criteria of ...
In this study, the corn husk was used as a low cost agricultural waste derived biosorbent to remove ...
Rice husk and rice straw has potential in being biosorbent to adsorb heavy metals such as copper, zi...
WOS: 000444012900001In this work, the most common heavy metals such as Cu (II), Zn (II), and Pb (II)...
A thorough examination focused around linear and non-linear regression of various kinetic mode...
Heavy metal removal from wastewater is a significant research area and recommends sustainable develo...
Excessive release of heavy metals into the environment is becoming the important part to be consider...
The single and binary biosorption of copper and lead ions from aqueous solution using a low cost agr...
In the present study the adsorption of Cu (II) and Zn (II) ions on rice husk from artificially prepa...
ABSTRACT Modified EMZHA Model and Comparison against the Original EMZHA, Langmuir, Freundlich ...
Heavy metal carrying effluent from various industries is a major source of pollution nowadays. Bioso...
Cobalt contamination in wastewater from industries has been increased in many countries including Eg...
This paper attempts to develop simple and easily understandable thermodynamic parameters related sor...
AbstractCobalt contamination in wastewater from industries has been increased in many countries incl...
The widespread water pollution issues are becoming the major water threat in Malaysia. The ability...
The adsorption of some heavy metals from wastewater by rice straw was investigated. The adsorption c...
In this study, the corn husk was used as a low cost agricultural waste derived biosorbent to remove ...
Rice husk and rice straw has potential in being biosorbent to adsorb heavy metals such as copper, zi...
WOS: 000444012900001In this work, the most common heavy metals such as Cu (II), Zn (II), and Pb (II)...
A thorough examination focused around linear and non-linear regression of various kinetic mode...
Heavy metal removal from wastewater is a significant research area and recommends sustainable develo...
Excessive release of heavy metals into the environment is becoming the important part to be consider...
The single and binary biosorption of copper and lead ions from aqueous solution using a low cost agr...
In the present study the adsorption of Cu (II) and Zn (II) ions on rice husk from artificially prepa...
ABSTRACT Modified EMZHA Model and Comparison against the Original EMZHA, Langmuir, Freundlich ...
Heavy metal carrying effluent from various industries is a major source of pollution nowadays. Bioso...
Cobalt contamination in wastewater from industries has been increased in many countries including Eg...
This paper attempts to develop simple and easily understandable thermodynamic parameters related sor...
AbstractCobalt contamination in wastewater from industries has been increased in many countries incl...
The widespread water pollution issues are becoming the major water threat in Malaysia. The ability...
The adsorption of some heavy metals from wastewater by rice straw was investigated. The adsorption c...
In this study, the corn husk was used as a low cost agricultural waste derived biosorbent to remove ...
Rice husk and rice straw has potential in being biosorbent to adsorb heavy metals such as copper, zi...
WOS: 000444012900001In this work, the most common heavy metals such as Cu (II), Zn (II), and Pb (II)...