AN ASSESSMENT OF ENVIRONMENT FOR WASTEWATER TREATMENT SYSTEM BY LCA TECHNIQUE
Social system and production system in the modem society are closely related to the wide field, and it becomes a complicated thing. Various environmental problems exist in the social structure. It is necessary to analyze the effect from various sides for the solution of such problems. Especially, th...
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Published in | Proceedings of the Symposium on Global Environment Vol. 9; pp. 157 - 162 |
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Main Authors | , , , , |
Format | Journal Article |
Language | English |
Published |
Japan Society of Civil Engineers
2001
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Subjects | |
Online Access | Get full text |
ISSN | 1884-8419 1884-8419 |
DOI | 10.2208/proge.9.157 |
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Abstract | Social system and production system in the modem society are closely related to the wide field, and it becomes a complicated thing. Various environmental problems exist in the social structure. It is necessary to analyze the effect from various sides for the solution of such problems. Especially, the load to the environment may be made to increase in the integrated network infrastructure, if the consideration from the stage of plan and design to environmental harmony-ness is not sufficiently carried out. In this study, it stood at the viewpoint of life cycle of facilities until the disposal from the design, and environmental effect of disposal, operation and construction in the social foundation facility was determined quantitatively. Considering this background, as one step in solving these environmental problems the Life Cycle Assessment (LCA) technique for environmental impact assessment will be examined in this research. As the result, the LCA technique can be called that the application to social foundation facilities represented for the waste water treatment system is also sufficiently possible and that to also make in addition, the wide-area environmental problem to be an object is possible, and that it is a point the quantitative evaluation, and that it is the very effective environmental impact assessment technique. |
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AbstractList | Social system and production system in the modem society are closely related to the wide field, and it becomes a complicated thing. Various environmental problems exist in the social structure. It is necessary to analyze the effect from various sides for the solution of such problems. Especially, the load to the environment may be made to increase in the integrated network infrastructure, if the consideration from the stage of plan and design to environmental harmony-ness is not sufficiently carried out. In this study, it stood at the viewpoint of life cycle of facilities until the disposal from the design, and environmental effect of disposal, operation and construction in the social foundation facility was determined quantitatively. Considering this background, as one step in solving these environmental problems the Life Cycle Assessment (LCA) technique for environmental impact assessment will be examined in this research. As the result, the LCA technique can be called that the application to social foundation facilities represented for the waste water treatment system is also sufficiently possible and that to also make in addition, the wide-area environmental problem to be an object is possible, and that it is a point the quantitative evaluation, and that it is the very effective environmental impact assessment technique. |
Author | ISHIBASHI, Yasuhiro ARIZONO, Koji TAKEMASA, Takehiro TAKAO, Yuji HAYASER, Takashi |
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References | 3) 稲場敦: ライフサイクルアセスメントにおける環境影響評価手法, 口本エネルギー学会誌第75巻第8号, pp.709-717, 1996 1) (社) 未踏科学技術協会, エコマテリアル研究会: LCAのすべて, 工業調査会, 1995 2) (社) 日本規格協会: ISO14000シリーズ規格集 (対訳版), 1996 10) 石橋康弘, 武政剛弘, 楠本茂人, 早瀬隆司, 本田圭助: 排水処理システムのライフサイクルにおける環境負荷量の定量化に関する研究, ハウステンボス環境研究会「知新Vol.6」, pp.10-13, 2000 5) 船津正義・定永哲雄: ハウステンボスの環境・設備計画概要 9) 日本エコライフセンター: 環境への負荷の評価に関する予備的検討, 1993 4) 新エネルギー・産業技術総合開発機構,(財) 地球環境産業技術研究機構,(社) 化学工学会: 平成7年度調査報告書NEDO-GET9505化学工業製品におけるトータル・エコバランスの分析手法に関する調査 (III), 1996 8) 戦略LCA研究フォーラムLCA: 製品の環境ライフサイクルアセスメント, サイエンスフォーラム, 1994 7) 霞が関地球温暖化問題研究会翻訳: IPCC地球温暖化レポート, 中央法規, 1991 11) 楠本茂人, 武政剛弘, 早瀬隆司, 石橋康弘, 古本勝弘, 多田彰秀: LCAによる排水処理システムの環境影響評価, 長崎大学工学部研究報告30 (55), pp.229-235, 2000 6) 鶴巻峰夫・野池達也: LCAにおける多項目環境負荷量の定量化に関する研究, 環境システム研究会Vol.25, pp.217-227, 1997 |
References_xml | – reference: 11) 楠本茂人, 武政剛弘, 早瀬隆司, 石橋康弘, 古本勝弘, 多田彰秀: LCAによる排水処理システムの環境影響評価, 長崎大学工学部研究報告30 (55), pp.229-235, 2000 – reference: 5) 船津正義・定永哲雄: ハウステンボスの環境・設備計画概要 – reference: 7) 霞が関地球温暖化問題研究会翻訳: IPCC地球温暖化レポート, 中央法規, 1991 – reference: 10) 石橋康弘, 武政剛弘, 楠本茂人, 早瀬隆司, 本田圭助: 排水処理システムのライフサイクルにおける環境負荷量の定量化に関する研究, ハウステンボス環境研究会「知新Vol.6」, pp.10-13, 2000 – reference: 2) (社) 日本規格協会: ISO14000シリーズ規格集 (対訳版), 1996 – reference: 3) 稲場敦: ライフサイクルアセスメントにおける環境影響評価手法, 口本エネルギー学会誌第75巻第8号, pp.709-717, 1996 – reference: 8) 戦略LCA研究フォーラムLCA: 製品の環境ライフサイクルアセスメント, サイエンスフォーラム, 1994 – reference: 9) 日本エコライフセンター: 環境への負荷の評価に関する予備的検討, 1993 – reference: 6) 鶴巻峰夫・野池達也: LCAにおける多項目環境負荷量の定量化に関する研究, 環境システム研究会Vol.25, pp.217-227, 1997 – reference: 1) (社) 未踏科学技術協会, エコマテリアル研究会: LCAのすべて, 工業調査会, 1995 – reference: 4) 新エネルギー・産業技術総合開発機構,(財) 地球環境産業技術研究機構,(社) 化学工学会: 平成7年度調査報告書NEDO-GET9505化学工業製品におけるトータル・エコバランスの分析手法に関する調査 (III), 1996 |
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SubjectTerms | global environmental conse life cycle assessment wastewater treatment system |
Title | AN ASSESSMENT OF ENVIRONMENT FOR WASTEWATER TREATMENT SYSTEM BY LCA TECHNIQUE |
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