一种导流式水平潜流人工湿地反应器

Diversion-type horizontal subsurface flow constructed wetland reactor

Abstract

The invention discloses a diversion-type horizontal subsurface flow constructed wetland reactor, belonging to the field of sewage treatment. The diversion-type horizontal subsurface flow constructed wetland reactor comprises a box body (1), a water distribution pipe (2), a water collecting pipe (3), a guide plate (4), a perforating baffle (5) and a perforating water distribution inclined plate (6). As the rear of a treatment area of the reactor is provided with the guide plate, the flow state distribution of sewage inside the reactor can be optimized, and the phenomena of flow break and short flow of the reactor can be reduced. As a water distribution of the reactor is provided with the perforating inclined plate, the water distribution uniformity of the sewage can be improved, the suspended matters of the sewage entering into the treatment area of the reactor are reduced, the blocking phenomenon of the reactor can be avoided and weaken, and the removing effect of the sewage is improved.
本发明公开了一种导流式水平潜流人工湿地反应器,属于污水处理领域。本发明的导流式水平潜流人工湿地反应器包括箱体(1)、配水管(2)、集水管(3)、导流板(4)、穿孔挡板(5)、穿孔配水斜板(6)。反应器处理区后部导流板的设置优化了污水在反应器内的流态分布,减少了反应器出现断流、短流现象的出现。反应器中配水区中穿孔斜板的设置提高了污水的配水均匀性,减少进入反应器处理区中污水的悬浮物,可避免和减弱反应器的堵塞现象,提高了污水的去除效果。

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Cited By (3)

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    CN-102175836-ASeptember 07, 2011北京师范大学Orthogonal experimental interpolation analysis method for optimizing structure of plant retaining system
    CN-105084548-ANovember 25, 2015合肥工业大学一种基于新型填料床的高效防堵塞人工湿地
    CN-105084548-BJune 30, 2017合肥工业大学一种基于新型填料床的高效防堵塞人工湿地