A review on nickel (II) adsorption in single and binary component systems and future path
Water polluted with heavy-metal ion has been a major problem in recent years. Among
various metal ions, nickel (II) is a priority pollutant commonly found in industrial wastewater …
various metal ions, nickel (II) is a priority pollutant commonly found in industrial wastewater …
A critical review on the separation of heavy metal (loid) s from the contaminated water using various agricultural wastes
Wastewater contamination with heavy metal (loids) s has become a worldwide
environmental and public health problem due to their toxic and non-degradable nature …
environmental and public health problem due to their toxic and non-degradable nature …
Equilibrium and kinetic studies of Ni (II) adsorption using pineapple and bamboo stem based adsorbents
This work addresses the preparation and characterization of inexpensive adsorbents for the
removal of Ni (II) from aqueous solutions. Activated carbon based adsorbents have been …
removal of Ni (II) from aqueous solutions. Activated carbon based adsorbents have been …
Effects of adding mineral adsorbents to porous concrete for enhancing the quality performance of urban runoff systems
Purpose This study aims to use porous concrete and mineral adsorbents (additives) for
reducing the quantity and improving the quality of urban runoff. Design/methodology …
reducing the quantity and improving the quality of urban runoff. Design/methodology …
Adsorption ability of the carbon black for nickel ions uptake from aqueous solution
A Rađenović, J Malina - Hemijska industrija, 2013 - doiserbia.nb.rs
Surface modification can be performed by adsorption of certain organic compounds on the
surface of carbon. The main objective of this work was to compare the adsorption ability of …
surface of carbon. The main objective of this work was to compare the adsorption ability of …
Adsorption and thermodynamics of lead (II) using seeds of watermelon (SWM) as a low cost sorbent
SE Samra, B Jeragh, AM EL-Nokrashy… - International Journal of …, 2014 - neliti.com
The removal of lead (II) ions from aqueous solutions using seeds of watermelon (SWM) by
adsorption technique has been studied. The adsorption% of Pb2+ at pH 6 and 120 min is …
adsorption technique has been studied. The adsorption% of Pb2+ at pH 6 and 120 min is …
Application of modified LECA in removing nickel from wastewater
A Rastegar, B Anvaripour… - … of Oil and Gas Science and …, 2016 - ijogst.put.ac.ir
In the present study, lightweight expanded clay aggregate (LECA) coated with iron oxide
was investigated as a low cost sorbent to remove from wastewater. Iron oxide coated LECA …
was investigated as a low cost sorbent to remove from wastewater. Iron oxide coated LECA …
Comparison of multiple regression analysis using dummy variables and a NARX network model: an example of a heavy metal adsorption process
In the present study, the adsorption characteristics of coal fly ash obtained from the Kangal
Power Plant, Turkey and activated fly ash in the planetary ball mill were investigated to …
Power Plant, Turkey and activated fly ash in the planetary ball mill were investigated to …
Ni (II) adsorption characteristics of commercial activated carbon from synthetic electroless plating solutions
Y Rajesh, G Namrata, U Ramgopal - Desalination and Water …, 2016 - Taylor & Francis
Literature data with respect to Ni (II) adsorption from real process streams is scarce. The
present work addresses the effect of solution complexity of electroless plating solution on the …
present work addresses the effect of solution complexity of electroless plating solution on the …
[PDF][PDF] Studying the Effect of Operating Parameters on the Removal of Nickel Ion from an Adsorber by Using COMSOL Multiphysics Simulation
The heavy metals are considered dangerous pollutants which harm health and environment.
The adsorption process is the cost effective process to get-rid of heavy metal efficiently. In …
The adsorption process is the cost effective process to get-rid of heavy metal efficiently. In …