Pollution of the aquatic environment by heavy metals has
detrimental effect on living species. In this work, novel carbon
nano-materials (CNM) and commercial granular activated carbon (GAC)
adsorbents were evaluated for removal of heavy metal matrix (Cu, Ni
and Pb) from aqueous solution to meet Department of Environment
(DOE) Malaysia's guideline. Results from the characterization of
GAC and CNM showed that GAC had higher surface area and more
functional groups. Optimum adsorption capacity of GAC and CNM were
observed at pH 5 and 1 g/L dosage, while equilibrium adsorption
conditions were generally noticed by 60 minutes of agitation at 100
rpm. The initial metal concentrations and functional groups on
adsorbents were the major factors affecting the affinity of metals
by both GAC and CNM.
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