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To improve the mechanical strength of a ceramic flat membrane and to stabilize water treatment.SOLUTION: A ceramic flat membrane 1 is equipped with a platy porous support 21 made of ceramic, and a filtering membrane 22 formed on an outer surface of the porous support 21. Inside the porous support 21, a plurality of water collection channels 2 in which filtered water obtained by permeating water to be treated through the filtering membrane 22 circulates is formed. Further, inside the porous support 21, an area where thickness between a membrane surface 20 of the filtering membrane 22 and the water collection channels 2 is different is ensured.SELECTED DRAWING: Figure 1
【課題】セラミック平膜の機械的強度の向上と水処理の安定化を図る。【解決手段】セラミック平膜1は、セラミックスからなる板状の多孔質支持体21と、この多孔質支持体21の外面に形成されるろ過膜22とを備える。多孔質支持体21の内部には、処理対象水がろ過膜22を透過して得られたろ過水が流通する複数の集水チャンネル2が形成される。また、この多孔質支持体21の内部には、ろ過膜22の膜表面20と集水チャンネル2との間の厚みが異なる領域が確保される。【選択図】図1
To improve the mechanical strength of a ceramic flat membrane and to stabilize water treatment.SOLUTION: A ceramic flat membrane 1 is equipped with a platy porous support 21 made of ceramic, and a filtering membrane 22 formed on an outer surface of the porous support 21. Inside the porous support 21, a plurality of water collection channels 2 in which filtered water obtained by permeating water to be treated through the filtering membrane 22 circulates is formed. Further, inside the porous support 21, an area where thickness between a membrane surface 20 of the filtering membrane 22 and the water collection channels 2 is different is ensured.SELECTED DRAWING: Figure 1
【課題】セラミック平膜の機械的強度の向上と水処理の安定化を図る。【解決手段】セラミック平膜1は、セラミックスからなる板状の多孔質支持体21と、この多孔質支持体21の外面に形成されるろ過膜22とを備える。多孔質支持体21の内部には、処理対象水がろ過膜22を透過して得られたろ過水が流通する複数の集水チャンネル2が形成される。また、この多孔質支持体21の内部には、ろ過膜22の膜表面20と集水チャンネル2との間の厚みが異なる領域が確保される。【選択図】図1
CERAMIC FLAT MEMBRANE
セラミック平膜
TSUCHIYA TATSU (author)
2022-03-04
Patent
Electronic Resource
Japanese
European Patent Office | 2024
|European Patent Office | 2024
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