引用本文:
Chung Shin LU, Chiing Chang CHEN, Ya Ping SU, Kung Tung CHEN. Removal of Safranine from Aqueous Solution by Using Adsorptive Bubble Separation Techniques[J]. Chinese Chemical Letters,
2005, 16(5): 701-704.
Citation: Chung Shin LU, Chiing Chang CHEN, Ya Ping SU, Kung Tung CHEN. Removal of Safranine from Aqueous Solution by Using Adsorptive Bubble Separation Techniques[J]. Chinese Chemical Letters, 2005, 16(5): 701-704.
Citation: Chung Shin LU, Chiing Chang CHEN, Ya Ping SU, Kung Tung CHEN. Removal of Safranine from Aqueous Solution by Using Adsorptive Bubble Separation Techniques[J]. Chinese Chemical Letters, 2005, 16(5): 701-704.
Removal of Safranine from Aqueous Solution by Using Adsorptive Bubble Separation Techniques
摘要:
Safranine, a cationic dye, was removed from synthetic wastewater by ion flotation.Over 98% of safranine was removed from the solution in 10 min. A stoichiometric amount of surfactant (1 mol of surfactant to 1 mol of dye) was found to be most effective for safranine removal. The separation efficiency of safranine decreased with increasing concentration of NaNO3. Safranine was also removed by adsorbing colloid flotation technique using Fe(OH)3 as the coagulant. Sodium lauryl sulfate was used as the collector, and over 97% of safranine was removed in 5 min. The separation efficiency decreased with increasing ionic strength of the solution. The deleterious effect of neutral salt was compensated somewhat with the aid of A13+ as the activator. Both ion flotation and adsorbing colloid flotation may be applicable in the removal of safranine from wastewater.
English
Removal of Safranine from Aqueous Solution by Using Adsorptive Bubble Separation Techniques
Abstract:
Safranine, a cationic dye, was removed from synthetic wastewater by ion flotation.Over 98% of safranine was removed from the solution in 10 min. A stoichiometric amount of surfactant (1 mol of surfactant to 1 mol of dye) was found to be most effective for safranine removal. The separation efficiency of safranine decreased with increasing concentration of NaNO3. Safranine was also removed by adsorbing colloid flotation technique using Fe(OH)3 as the coagulant. Sodium lauryl sulfate was used as the collector, and over 97% of safranine was removed in 5 min. The separation efficiency decreased with increasing ionic strength of the solution. The deleterious effect of neutral salt was compensated somewhat with the aid of A13+ as the activator. Both ion flotation and adsorbing colloid flotation may be applicable in the removal of safranine from wastewater.
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Key words:
- Safranine
- / ion flotation
- / adsorbing colloid flotation
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