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Title Transcription
ドウ ドウニュウ ガタ オヨビ アエン ドウニュウ ガタ ゴウセイ ハイドロタルサイト ニ ヨル リン ジョキョ
Title Alternative
Phosphorous Removal Using Synthesized Copper and Zinc Containing Hydrotalcite Compounds
Author
SUNAYAMA, Syunzi Faculty of Life and Environmental Science, Shimane University
OOKUBO, Akira Tomita Pharmaceutical Co.
KAWAMOTO, Ariumi Tomita Pharmaceutical Co.
Description
We have been developing multifunctional water purifying materials using change composition hydrotalcites. Copper containing and zinc containing hydrotalcites have been synthesized for the propose of disinfection wastewater and phosphorous removal at the same time. Four kinds of copper containing hydrotalcites (Cu-HT, 1-4) and zinc containing hydrotalcites (Zn-HT, 1-4) were synthesized by a coprecipation method. Removal characteristics of phosphate ions in solution for the Cu-HT and Zn-HT have been investigated from the various standpoints.
Apparent adsorption capacities of phosphate ions for the Cu-HT(1-4) and Zn-HT(1-4) were 20.9-31.9mg-P·g-1 and 14.4-21.8mg-P·g-1, respectively, near neutral pH values. Various anion selectivities for Cu-HT(4) and Zn-HT(1) were in the order of CO32->SO42->PO43->NO2->Cl->NO3-.
Taking the results obtained into account, Cu-HT (4) had high and stable phosphate ion adsorption capacities with wide range of phosphorous concentrations and pH lead to the conclusion that Cu-HT (4) has the feasibility as a removal agent for phosphate ions in wastewater. Moreover, Cu-HT (4) had disinfection potency which completely sterilized 106cells·ml-1 of E.coli with the contact time at 60min previous experiment, thus, Cu-HT (4) had been expected as a multifunctional wastewater purifying materials with both phosphorous removal potency and disinfection potency.
Subject
copper or zinc containing hydrotalcite compound
phosphorous removal
Journal Title
水環境学会誌
Volume
24
Issue
10
Start Page
680
End Page
685
ISSN
1881-3690
ISSN(Online)
0916-8958
Published Date
2001-10-10
DOI
Publisher
日本水環境学会
Publisher Transcription
ニホン スイカンキョウ ガッカイ
Publisher Aalternative
Japan Society on Water Environment
NII Type
Journal Article
Format
PDF
Text Version
出版社版
OAI-PMH Set
Faculty of Life and Environmental Science
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