Polimeric membranes prepared with surfactants used for ultrafiltration of aqueous solutions of food dye

Popa, George; Nechifor, Gheorghe; Popa, Daniela Florentina Enache; Tanczos, Szidonia-Katalin; Ciocănea, Adrian

doi:10.24193/subbchem.2017.4.04

Cited by 1 publication

(1 citation statement)

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“…In intermediate pore blocking model and complete pore blocking model occasions, the models demonstrate a logical consistency and linear correlations with experimental data, as shown in figures 10, 11 and 12 in different dyes. These results correspond with the results of the researcher [17,18].…”

Section: Experimental Work With Modeling Of Foulingsupporting

confidence: 92%

Removal of Dyes from Wastewater by Ceramic Membrane

Al-Alawy¹,

Abod²,

Kamar³

et al. 2019

Rev. Chim.

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The current study aimed to investigate the elimination of dyes from sewerage, using microfiltration membrane mechanism. Three dyes were applied, acid yellow-23, disperse blue -79 and acid orange -7. Experiments were performed with feed concentration (40 -120) ppm, feed flow rate (25 -65) l/h and time (0.25 -1.5) h. The membrane used ceramic membrane, constructed as a candle. It was discovered that water flow diminishes with an elevation in running time, feeding oil concentration and enhancing with elevation in the feed flow rate. In addition, it was determined that the elimination (rejection) rate of dyes enhances with elevation in the flow rate, and the elimination (rejection) rate diminishes as time passes. In cross flow microfiltration, the rejection concentration (concentrate) goes up as time passes, with high feed concentration and flow rate. It was also discovered that the modal infusion concentration declines with high feed concentration and working time. In addition, it was found that product rate goes down as time passes and with high feed concentration. Increasing feed concentration of dyes was associated with an increase in the concentration of rejecting solution. The highest elimination of disperse blue -79, Acid Yellow- 23 and acid orange -7, are 97%, 96.4% and 95.8%, respectively. The maximum recovery percentage of disperse blue - 79, acid yellow- 23 and acid orange -7are 57.7%, 58.5% and 59% respectively.

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Section: Experimental Work With Modeling Of Foulingsupporting

confidence: 92%