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Detail Article

Jurnal Penelitian Medika Eksakta

ISSN 1411-6626

Vol. 8 / No. 3 / Published : 2009-12

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Original Article :

SYNTHESIS TiO2 IMPRINTED POLYMER WITH MOLECULER IMPRINTED POLYMER TECHNIQ AND ITS PHOTOCALYTIC ACTIVITY TEST

SINTESIS POLIMER TERIMPREGNASI TiO2 DENGAN TEKNIK MOLECULER IMPRINTED POLYMER DAN UJI AKTIVITAS FOTOKATALISISNYA

Author :

  1. Yusuf Syah --> Fakultas Sain dan Teknologi Universitas Airlangga
  2. Harjana --> Fakultas Sain dan Teknologi Universitas Airlangga
  3. Hamami --> Fakultas Sain dan Teknologi Universitas Airlangga
  4. Ganden Supriyanto --> Fakultas Sain dan Teknologi Universitas Airlangga

Abstract :

ABSTRACT Many efforts have been carried out to handle phenolic compound wastes; such as adsorption by active carbon, chemical oxidation, and biodegradation by microorganism. Those ways have not jet given optimal results. Phoyocatalytic degradation by TiO2 and UV lamp process has been developed. Until this time, the use of TiO2 for photo catalytic degradation as a suspension forms, so difficult to separate from degradation product, and cannot reuse. Molecular imprinted polymer (MIP) as a technique by mixing a template from a functional group monomer and cross-linker in a certain solvent. This technique is done by impregnated TiO2 as a template to the polymer, which produced from the mixture of 4-vinylpiridin as a monomer, and styrene - divinylbenzena as cross-linkers. The polymer without TiO2 as a control polymer was made too. The purposes of this research are (1) to synthesize TiO2 impregnated polymer from 4- vinylpiridine as monomer and styrene and divinylpiridine as cross-linker, (2) to test the mechanic property, analyze molecule structure, and to examine the photo catalytic degradation capability of polymer to standard PCP solution. The results of these research are: it is has a coordinative bound between TiO2 and 4-vinylpiridine in the TiO2 polymer molecule, compression force of TiO2 impregnated polymer is greater than control polymer, and TiO2 impregnated polymer able to degradates PCP standard solution 66,74% at sixth hour.

Keyword :

Molecular imprinted polymer (MIP), TiO2, 4-vinilpiridin, cross-linker Styrene, PCP, Photo catalytic degradation,


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    Archive Article

    Cover Media Content

    Volume : 8 / No. : 3 / Pub. : 2009-12
    1. The Effect Of Tera Exercise On The Increase Of Fittness In Elderly
    2. Consentration Il-1 And Gustducin Changing To Bitter Taste On Fever
    3. Cyp1a1 And Gst Modulation, P53 And Ras Expression After 7,12-dimethyl Benz(a)anthracene (dmba) Induction And Were Given Gynura Procumbens And Curcuma Zedoaria Extract To Spraque Dawley Rats
    4. Probiotic Supplementation In Chicken Comercial Diet On Metabolic Products Of Chicken's Blood
    5. Increasing Yoghurt Quality From Goats Milk By Adding Skim Milk Powder And Managing Incubation Temperature
    6. Synthesis Tio2 Imprinted Polymer With Moleculer Imprinted Polymer Techniq And Its Photocalytic Activity Test
    7. Titer Antibodies In Rabbits (oryctolagus Cuniculus) Males After Immunization With Sperm Membrane Proteins