中空糸MF膜を用いた水道用膜ろ過システムの確立(上水・用水技術,大気・水保全技術)
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概要
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For membrane filtration, maintenance management is very easy, and rejection performance of turbidity and bacteria is excellent. Since it is principally spreading on a small-scale water purification plant. Recentry, it is also expected to spread the middle and large-scale water purification plant. Therefore it is required the more efficient membrane filtration system, since it becomes mass processing by the large-scale water purification plant. By this study, it considers as a following subject: (1) Improvement in the water-purifying recovery rate by construction of a multi-stage membrane filtration system (2) Improvement in the stability and the water-purifying performance of the total membrane filtration system and the membrane filtration of each stage (3) Construction of an efficient method to watch over breaking hollow fiber (4) Examination of the recycling method for a disposal membrane module (5) Development and establishment of the chemical cleaning method, and examination of the non-chemical cleaning method (6) Evaluation and the proposal (case study) of efficient mass membrane processing technology For the purpose of establishing the design requirement of the membrane filtration water-purifying institution, it is an energy-saving and space-saving type at 10O,OOOm^3/day scale, the actual proof experiment is advanced. This paper reports the outline of this system and the result obtained until now.
- 社団法人日本機械学会の論文
- 2004-07-11
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関連論文
- 315 セラミックMF膜を用いた水道用膜ろ過システムの確立(II)(水環境保全技術,大気・水保全技術)
- 314 中空糸MF膜を用いた水道用膜ろ過システムの確立(II)(水環境保全技術,大気・水保全技術)
- 中空糸MF膜を用いた水道用膜ろ過システムの確立(上水・用水技術,大気・水保全技術)
- 加熱前処理と汚泥/汚泥熱交換器を利用したメタン発酵技術(続報) (第41回下水道研究発表会講演集 平成16年度)