Removal of cu2+ using utricularia aurea as a biosorbent in synthetic industrial wastewater/ Nor Azliza Akbar

Akbar, Nor Azliza and Abu Bakar, Amalina Amirah and Mat Daud, Nurhidayati and Badrealam, Sabariah and Ahmad Tarmizi, Nurul Athirah (2017) Removal of cu2+ using utricularia aurea as a biosorbent in synthetic industrial wastewater/ Nor Azliza Akbar. ESTEEM Academic Journal, 13. pp. 146-153. ISSN 1675-7939

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Abstract

Biosorption of copper ions (Cu2+) using Utricularia Aurea has been investigated as a function of pH, contact time and particle size of the biosorbent. A series of batch equilibrium adsorption study was conducted to determine the effect of varied pH from pH 2, 4, 7, and 9, contact time at 30, 60, 90 and 120 minutes, biosorbent particle size ranging from 150 µm, 300 µm, 450 µm and 600 µm at an agitation speed of 125 rpm using Utricularia aurea (U. Aurea). Based on the optimization study, it was found that the optimum removal of Cu2+ (>90%) occurred at pH4, contact time of 40 minutes and particle size of 450µm. Atomic Absorption Spectrometer was used to analyse the concentration of Cu2+ in the sample. A kinetic study on Cu2+ adsorption onto U.Aurea was analysed using pseudo-first order and pseudo second order kinetic models. Based on the kinetic study analysis, the adsorption of Cu2+ followed pseudo- second order kinetic which r2 was greater than 0.99 rather than pseudo- first order kinetic models. Thus, Utricularia Aurea can be an alternative as a new adsorbent media in treating heavy metals contaminated for industrial wastewater.

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Item Type: Article
Creators:
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Akbar, Nor Azliza
UNSPECIFIED
Abu Bakar, Amalina Amirah
UNSPECIFIED
Mat Daud, Nurhidayati
UNSPECIFIED
Badrealam, Sabariah
UNSPECIFIED
Ahmad Tarmizi, Nurul Athirah
UNSPECIFIED
Subjects: T Technology > TD Environmental technology. Sanitary engineering
T Technology > TD Environmental technology. Sanitary engineering > Industrial and factory sanitation > Industrial and factory wastes
Divisions: Universiti Teknologi MARA, Pulau Pinang > Permatang Pauh Campus
Journal or Publication Title: ESTEEM Academic Journal
ISSN: 1675-7939
Volume: 13
Page Range: pp. 146-153
Item ID: 28754
Uncontrolled Keywords: biosorption; kinetic model; heavy metal; industrial wastewater
URI: https://ir.uitm.edu.my/id/eprint/28754

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28754

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