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지식나눔

지식나눔

고도산화처리에 의한 에스트로겐성, 변이원성평가

2003-03-11 org.kosen.entty.User@24d60d02 정진우(house2000)
  • 1
수처리에서의 고도산화처리후, 에스트로겐성과 변이원성의 평가에 관한 논문, 참고문헌을 찾습니다.
  • estrogenicity
  • mutagenicity
  • AOP
지식의 출발은 질문, 모든 지식의 완성은 답변! 
각 분야 한인연구자와 현업 전문가분들의 답변을 기다립니다.
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  • 답변

    이원재님의 답변

    2003-03-14
    • 0
    안녕하세요.. webofscience.com에서 검색한 결과입니다. 원문파일은 online으로 service되고 있지 않네요. 도움이 되었는지 모르겠네요.. 좋은 하루 보내세요.. Evaluation of advanced sewage treatment processes for reuse of wastewater using bioassays Shishida K, Echigo S, Kosaka K, Tabasaki M, Matsuda T, Takigami H, Yamada H, Shimizu Y, Matsui S ENVIRONMENTAL TECHNOLOGY 21 (5): 553-560 MAY 2000 Document type: Article Language: English Cited References: 23 Times Cited: 1 Abstract: Four advanced sewage treatments (sand filtration, ozone/hydrogen peroxide treatment (AOP), microfiltration (MF), and reverse osmosis (RO)) were compared in terms of their capability to reduce estrogenicity, genotoxicity, and acute toxicity, assuming portable reuse of the effluents. Yeast estrogen screening and an enzyme-linked immunosorbent assay indicated that both overall estrogenicity and 17 beta-estradiol concentration were significantly reduced by RO and AOP (removals more than 97 % were achieved) while sand filtration and MF were not sufficient. This tendency of similar toxicity levels for RO and AOP effluents, was consistent with genotoxicity and mutagenicity results for Ames test, umu test, and B. subtilis rec-assay and acute toxicity (Microtox(R)). However, a different trend was observed for total organic carbon (TOC) removal (i.e., higher removal by RO than AOP). This implies that AOP is capable of reducing the toxicity even if TOC is not completely mineralized. Results show that AOP and RO are much more effective than sand filtration and MF for the reduction of the estrogenicity, genotoxicity and acute toxicity of secondary effluent. Author Keywords: advanced sewage treatments, bioassays, sand filtration, advanced oxidation process, membrane treatment KeyWords Plus: WATER, IDENTIFICATION, SUBSTANCES, EFFLUENTS Addresses: Shishida K, Takuma Co Ltd, 2-33 Kinrakujicho 2 Chome, Amagasaki, Hyogo 6600806, Japan Takuma Co Ltd, Amagasaki, Hyogo 6600806, Japan Univ Illinois, Dept Civil & Environm Engn, Urbana, IL 61801 USA Kyoto Univ, Grad Sch Engn, Res Ctr Environm Qual Control, Otsu, Shiga 5200811, Japan Publisher: SELPER LTD, PUBLICATIONS DIV, LONDON IDS Number: 315XU ISSN: 0959-3330
    답변수정
    안녕하세요.. webofscience.com에서 검색한 결과입니다. 원문파일은 online으로 service되고 있지 않네요. 도움이 되었는지 모르겠네요.. 좋은 하루 보내세요.. Evaluation of advanced sewage treatment processes for reuse of wastewater using bioassays Shishida K, Echigo S, Kosaka K, Tabasaki M, Matsuda T, Takigami H, Yamada H, Shimizu Y, Matsui S ENVIRONMENTAL TECHNOLOGY 21 (5): 553-560 MAY 2000 Document type: Article Language: English Cited References: 23 Times Cited: 1 Abstract: Four advanced sewage treatments (sand filtration, ozone/hydrogen peroxide treatment (AOP), microfiltration (MF), and reverse osmosis (RO)) were compared in terms of their capability to reduce estrogenicity, genotoxicity, and acute toxicity, assuming portable reuse of the effluents. Yeast estrogen screening and an enzyme-linked immunosorbent assay indicated that both overall estrogenicity and 17 beta-estradiol concentration were significantly reduced by RO and AOP (removals more than 97 % were achieved) while sand filtration and MF were not sufficient. This tendency of similar toxicity levels for RO and AOP effluents, was consistent with genotoxicity and mutagenicity results for Ames test, umu test, and B. subtilis rec-assay and acute toxicity (Microtox(R)). However, a different trend was observed for total organic carbon (TOC) removal (i.e., higher removal by RO than AOP). This implies that AOP is capable of reducing the toxicity even if TOC is not completely mineralized. Results show that AOP and RO are much more effective than sand filtration and MF for the reduction of the estrogenicity, genotoxicity and acute toxicity of secondary effluent. Author Keywords: advanced sewage treatments, bioassays, sand filtration, advanced oxidation process, membrane treatment KeyWords Plus: WATER, IDENTIFICATION, SUBSTANCES, EFFLUENTS Addresses: Shishida K, Takuma Co Ltd, 2-33 Kinrakujicho 2 Chome, Amagasaki, Hyogo 6600806, Japan Takuma Co Ltd, Amagasaki, Hyogo 6600806, Japan Univ Illinois, Dept Civil & Environm Engn, Urbana, IL 61801 USA Kyoto Univ, Grad Sch Engn, Res Ctr Environm Qual Control, Otsu, Shiga 5200811, Japan Publisher: SELPER LTD, PUBLICATIONS DIV, LONDON IDS Number: 315XU ISSN: 0959-3330
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