acta satech Journal of the Life & Physical Sciences Babcock

Bio-sorption properties of Sphagnum cymbifolium (Moss) on methylene blue, bismark brown y, and indigo dyes by the batch process
*Idika, D .I1; Ogukwe, C .E2; Oguzie, E .E2; Aleshinloye, A .O1; Adewunmi, A3.
1Department of Basic Sciences, Chemistry Unit, Babcock University Ilishan, Remo. Ogun state. 2Department of Industrial Chemistry, Federal University Of Technology, PMB 1526, Owerri Imo state. Nigeria. 3Department of Basic Sciences, Biology Unit, Babcock University Ilishan, Remo. Ogun state.
April 2019

The adsorption behavior of methylene blue dye, Bismarck Brown Y dye, and Indigo dye on to Sphagnum cymbifolium (Moss) was investigated as a function of contact time, initial dye concentration, biomass dose, pH, dissolved salts, biomass particle size, and temperature. The biomass was characterized by scanning electron microscope (SEM), as well as Fourier Transformed Infrared Spectroscope (FTIR) before and after adsorption in order to determine the functional groups responsible for the adsorption. The amount of dyes adsorbed per unit mass of biomass (qe) was calculated, and found to be dependent on all the variables investigated. Optimal, pH of 2 was determined for the adsorption of Bismarck Brown Y, and indigo dye, while a , pH of 4 was determined as the optimal pH for the methylene blue dye. Indigo dye was found to be the least adsorbed, while methylene blue dye was the most adsorbed. The adsorption pattern was fitted for Langmuir adsorption isotherm model.
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