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公开(公告)号：US5421999A
公开(公告)日：1995-06-06
申请号：US279696
申请日：1994-07-25
申请人： Warren D. Poole , David J. Burton
发明人： Warren D. Poole , David J. Burton
摘要： A floating nitrification reactor for use in a treatment pond utilizes a mass of high surface area material which provides sites for bacterial treatment. Floatation devices are attached to the mass of high surface area material in order to float the material at neutral buoyancy while an isolator surrounds the material and isolates the material from the rest of the treatment pond. An aerator, located a distance below the mass of high surface area material, forces air and water through the material at a sufficient speed to allow treatment.
摘要翻译： 用于处理池的漂浮硝化反应器利用大量高表面积材料，其提供用于细菌处理的位点。 浮动装置连接到高表面积材料的质量上，以便将材料浮在中性浮力上，而隔离器围绕材料并将材料与处理池的其余部分隔离。 位于高表面积材料质量之下的充气器迫使空气和水以足够的速度通过材料以允许处理。
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公开(公告)号：US5096577A
公开(公告)日：1992-03-17
申请号：US323022
申请日：1989-03-17
摘要： A floating aquatic plant water treatment system (31) utilizes a serpentine channel (36) defined by dividing walls (34). Floating plants (72) are distributed across the water surface by a floating grid structure (32). The grid structure (32) is preassembled into Z-fold bundles (88) which are towed onto the water and unfolded. The treatment system uses sprayers (62) to control growth conditions. Porous baffles (46) are placed along portions of the channel (36) to provide intimate contact with a larger portion of the water while allowing free flow.
摘要翻译： 浮动水生植物水处理系统（31）利用由分隔壁（34）限定的蛇形通道（36）。 浮动植物（72）通过浮动网格结构（32）分布在水面上。 网格结构（32）预先组装成Z-折叠（88），它们被拖到水面上并展开。 处理系统使用喷雾器（62）来控制生长条件。 多孔挡板（46）沿着通道（36）的部分放置以提供与大部分水的紧密接触，同时允许自由流动。
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公开(公告)号：US5342512A
公开(公告)日：1994-08-30
申请号：US17340
申请日：1993-02-11
摘要： A floating aquatic plant water treatment system (31) utilizes a serpentine channel (36) defined by dividing walls (34). Floating plants (72) are distributed across the water surface by a floating grid structure (32). The grid structure (32) is preassembled into Z-fold bundles (88) which are towed onto the water and unfolded. The treatment system uses sprayers (62) to control growth conditions. Porous baffles (46) are placed along portions of the channel (36) to provide intimate contact with a larger portion of the water while allowing free flow.
摘要翻译： 浮动水生植物水处理系统（31）利用由分隔壁（34）限定的蛇形通道（36）。 浮动植物（72）通过浮动网格结构（32）分布在水面上。 网格结构（32）预先组装成Z-折叠（88），它们被拖到水面上并展开。 处理系统使用喷雾器（62）来控制生长条件。 多孔挡板（46）沿着通道（36）的部分放置以提供与大部分水的紧密接触，同时允许自由流动。
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公开(公告)号：US5409601A
公开(公告)日：1995-04-25
申请号：US87031
申请日：1993-07-06
摘要： A floating aquatic plant water treatment system (31) utilizes a serpentine channel (36) defined by dividing walls (34). Floating plants (72) are distributed across the water surface by a floating grid structure (32). The grid structure (32) is preassembled into Z-fold bundles (88) which are towed onto the water and unfolded. The treatment system uses sprayers (62) to control growth conditions. Porous baffles (46) are placed along portions of the channel (36) to provide intimate contact with a larger portion of the water while allowing free flow.
摘要翻译： 浮动水生植物水处理系统（31）利用由分隔壁（34）限定的蛇形通道（36）。 浮动植物（72）通过浮动网格结构（32）分布在水面上。 网格结构（32）预先组装成Z-折叠（88），它们被拖到水面上并展开。 处理系统使用喷雾器（62）来控制生长条件。 多孔挡板（46）沿着通道（36）的部分放置以提供与大部分水的紧密接触，同时允许自由流动。
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公开(公告)号：US5264127A
公开(公告)日：1993-11-23
申请号：US989899
申请日：1992-12-11
摘要： A floating aquatic plant water treatment system (31) utilizes a serpentine channel (36) defined by dividing walls (34). Floating plants (72) are distributed across the water surface by a floating grid structure (32). The grid structure (32) is preassembled into Z-fold bundles (88) which are towed onto the water and unfolded. The treatment system uses sprayers (62) to control growth conditions. Porous baffles (46) are placed along portions of the channel (36) to provide intimate contact with a larger portion of the water while allowing free flow.
摘要翻译： 浮动水生植物水处理系统（31）利用由分隔壁（34）限定的蛇形通道（36）。 浮动植物（72）通过浮动网格结构（32）分布在水面上。 网格结构（32）预先组装成Z-折叠（88），它们被拖到水面上并展开。 处理系统使用喷雾器（62）来控制生长条件。 多孔挡板（46）沿着通道（36）的部分放置以提供与大部分水的紧密接触，同时允许自由流动。
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公开(公告)号：US5180501A
公开(公告)日：1993-01-19
申请号：US717983
申请日：1991-06-20
摘要： A floating aquatic plant water treatment system (31) utilizes a serpentine channel (36) defined by dividing walls (34). Floating plants (72) are distributed across the water surface by a floating grid structure (32). The grid structure (32) is preassembled into Z-fold bundles (88) which are towed onto the water and unfolded. The treatment system uses sprayers (62) to control growth conditions. Porous baffles (46) are placed along portions of the channel (36) to provide intimate contact with a larger portion of the water while allowing free flow.
摘要翻译： 浮动水生植物水处理系统（31）利用由分隔壁（34）限定的蛇形通道（36）。 浮动植物（72）通过浮动网格结构（32）分布在水面上。 网格结构（32）预先组装成Z-折叠（88），它们被拖到水面上并展开。 处理系统使用喷雾器（62）来控制生长条件。 多孔挡板（46）沿着通道（36）的部分放置以提供与大部分水的紧密接触，同时允许自由流动。
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