| 摘要 |
<p>The present invention provides an ecologically sustainable multi-cell and multi-lane structured biotope system in which a wetland, pond, and settling reservoir can be freely created at appropriate positions in consideration of the width, length, curvature, and slope of a target site to be created. The ecologically sustainable structured biotope system includes: settling forebays (200, 200') into which wastewater is fed through inflow holes (100, 100') and then temporarily stored; at least one multi-cell having wetlands (300, 300'), into which supernatant water discharged from the settling forebays (200, 200') after solid contaminants have settled in the settling forebays (200, 200') is fed, and ponds (400, 400') which have an open water surface and into which water from the wetlands (300, 300') that has undergone a first filtering stage is fed; settling reservoirs (600, 600') into which the finally purified water in the multi-cell is fed and temporarily stored so as to enable the purified water to be discharged through discharge holes (700, 700'). The multi-cell consists of at least two multi-lanes (40, 40', 40"). The multi-lanes are clearly separated from each other by small banks (900, 900'). Thus, according to the present invention, since the wetlands, the ponds, and the settling reservoirs are created at appropriate positions in consideration of the width, length, curvature, and slope of the target site, design flexibility may be maximized.</p> |
