Abstract
Preparation of Gbsa (Guargum 1-Butane Sulphonic Acid) Resin and Study of their Physicochemical Characterization and Use for Removal of Toxic Metal from Effluents
Sunita Gaur*, Renu Joshi and Aresh Vikram Singh
DOI : http://dx.doi.org/10.13005/ojc/390515
Abstract:
The adsorption behavior of a functional group 1-butane sulphonic acid, is used for synthesis of the natural resin based on guar gum is GBSA resin. Many hazardous metal ions have been studied utilizing batch method and column separation experiment. The Gaur gum-based resin (GBSA) was evaluated based on its bulk density, FTIR spectra, and ion exchange capability. The hazardous metal ions have been removed from industrial effluents using GBSA resin. The resin utilized to remove iron and cobalt metal from contaminated water using GBSA resin. Iron metal ions show maximum adsorption on GBSA resin at pH 5 while cobalt metal ion show maximum adsorption at pH 6.This paper described about removal of iron and cobalt metal ion on GBSA resin.
Keywords:Adsorption Behavior; Hazardous Metal Ions; Industrial Waste; Natural Resin
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