发明公开
EP1354855A2 A salt water desalination process using ion selective membranes
审中-公开
通过使用离子选择性膜用于咸水的脱盐的方法
- 专利标题: A salt water desalination process using ion selective membranes
- 专利标题(中): 通过使用离子选择性膜用于咸水的脱盐的方法
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申请号: EP03076926.9申请日: 2000-08-16
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公开(公告)号: EP1354855A2公开(公告)日: 2003-10-22
- 发明人: Awerbuch, Leon
- 申请人: L.E.T. Leading Edge Technologies Limited
- 申请人地址: 7 Hill Street Douglas, Isle of Man GB
- 专利权人: L.E.T. Leading Edge Technologies Limited
- 当前专利权人: L.E.T. Leading Edge Technologies Limited
- 当前专利权人地址: 7 Hill Street Douglas, Isle of Man GB
- 代理机构: Lucas, Brian Ronald
- 优先权: US150159P 19990820
- 主分类号: C02F1/04
- IPC分类号: C02F1/04 ; C02F1/44 ; B01D1/26 ; B01D3/06 ; B01D61/02
摘要:
An improved desalination process which comprises:
(a) blending a first stream of softened water having a substantially reduced concentration of hardness ions with a second stream of water containing a higher concentration of hardness ions than the softened water to form a feed to a desalination system, wherein the source of the first and second streams are different, and
(b) passing the feed through the desalination system to form a water product of potable quality, wherein the improvement comprises the introduction of a feed of variable proportions of the softened and second stream of water to the desalination system to increase the top operating temperature of the system and increase recovery of potable water.
(a) blending a first stream of softened water having a substantially reduced concentration of hardness ions with a second stream of water containing a higher concentration of hardness ions than the softened water to form a feed to a desalination system, wherein the source of the first and second streams are different, and
(b) passing the feed through the desalination system to form a water product of potable quality, wherein the improvement comprises the introduction of a feed of variable proportions of the softened and second stream of water to the desalination system to increase the top operating temperature of the system and increase recovery of potable water.
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