Paper Title :Nanotchnology and Biosorption for Removal of Heavy Metals
Author :Milad Choupani Ghaleh Roudkhania, Zahra Akhlaghpasand Ghavarib,Mehdi Nezhadnaderic
Article Citation :Milad Choupani Ghaleh Roudkhania ,Zahra Akhlaghpasand Ghavarib ,Mehdi Nezhadnaderic ,
(2023 ) " Nanotchnology and Biosorption for Removal of Heavy Metals " ,
International Journal of Advances in Mechanical and Civil Engineering (IJAMCE) ,
pp. 38-45,
Volume-10,Issue-5
Abstract : Landfilling is directly related to public health, water, soil and air pollution in landfills. The limitation of water
resources on the one hand and the increase of toxic pollutants in surface and groundwater on the other hand, make it
necessary to find various and environmentally acceptable solutions to eliminate such pollutants. The biosorption of nickel by
inanimate and microbial inactive biomass or plant-derived biomass is an innovative and innovative technology to remove
this contamination from aqueous solutions, which while eliminating the problems of conventional methods mentioned in this
article, is highly absorbent. It has high renewability and absorption capacity. In this study, with the aim of introducing
different types of microbial and plant-derived biosorbents in order to remove nickel from aqueous solution and to reveal the
adsorption capacity of each adsorbent, the articles found between 2001 and 2020 have been used. Research and its results
suggest the use of these biomasses as biosorbents to remove nickel in aqueous solution as a promising and environmentally
friendly perspective, considering the potential benefits. The adsorption isotherm equations present the relationship between
the amount of solute adsorbed and the concentration of solute in the aqueous phase in equilibrium. The Langmuir isotherm
equation was evaluated as the best model in many papers with the highest correlation coefficient.
Keywords - Biosorption, Nickel, Heavy Metals, Isotherm Equations, Aqueous Solutions
Type : Research paper
Published : Volume-10,Issue-5
DOIONLINE NO - IJAMCE-IRAJ-DOIONLINE-20219
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Published on 2023-12-12 |
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