An Efficient, Fast and Inexpensive Method for Oxidation of Alizarin-S in Aqueous Solution with H2O2 and Using Modified Activated Carbon- Immobilized Fe (OO) as Catalyst
Publish place: 03rd International Color and Coatings Congress
Publish Year: 1388
Type: Conference paper
Language: English
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ICCC03_028
Index date: 26 April 2009
An Efficient, Fast and Inexpensive Method for Oxidation of Alizarin-S in Aqueous Solution with H2O2 and Using Modified Activated Carbon- Immobilized Fe (OO) as Catalyst abstract
This work was conducted study the oxidation of Alizarin S with H2O2 and using modifiedactivated carbon-immobilized Fe (XX) as catalyst in a batch system. The result of the study demonstrates the complete removal of the dye by oxidation. In this paper the effect of the key operating variables such as initial dye concentration, H2O2 amount, catalyst amount, pH and temperature were studied. The result showed that a suitable oxidation condition was selected as acidic pH, %30 H2O2, 0.1 g of catalyst and 0.001M Alizarin S. the oxidation of alizarin S is enhanced with the increasing temperature. These processes leading to the generation of highly oxidative species such as hydroxyl radical (OH•) which are capable of converting the pollutants into harmless chemical. The use of hydrogen peroxide shows some advantages such as the complete miscibility of H2O2 with water.
An Efficient, Fast and Inexpensive Method for Oxidation of Alizarin-S in Aqueous Solution with H2O2 and Using Modified Activated Carbon- Immobilized Fe (OO) as Catalyst Keywords:
An Efficient, Fast and Inexpensive Method for Oxidation of Alizarin-S in Aqueous Solution with H2O2 and Using Modified Activated Carbon- Immobilized Fe (OO) as Catalyst authors
A Amoozadeh
University of Semnan, Factualy of Science, Departamant of Chemistry
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