Ecological percolation dam capable of improving water quality of tail water of sewage treatment plant and use method of ecological percolation dam
A technology for sewage treatment plants and infiltration dams, applied in the environmental field, can solve the problems of inability to timely and effectively carry out backwashing, poor device startup timeliness, single substrate, etc. The effect of preventing clogging
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experiment example 1
[0045] Experimental Example 1 Matrix Screening Test
[0046] Matrix screening test Ecological infiltration dam construction: select zeolite, ceramsite with better denitrification effect and vermiculite and gravel with better phosphorus removal effect as the screening matrix for the test, and carry out zeolite + vermiculite, zeolite + gravel, ceramsite + Four combinations of vermiculite, ceramsite and gravel were laid in the plexiglass device. The matrix carrier was trapezoidal as a whole, with a slope of 20° from front to back. 2.
[0047] Table 1 Experimental example 1 average removal rate
[0048]
[0049] It can be seen from Table 1 that gravel and zeolite ecological infiltration dams have good purification effects on water bodies.
experiment example 2
[0050] Experimental example 2 matrix filling test
[0051] Matrix filling test Ecological infiltration dam construction: Lay zeolite and gravel in equal volumes in the plexiglass device in such a way that zeolite is in front of gravel in back, zeolite and gravel are mixed, and gravel is in front of zeolite in back. The trapezoidal shape, the front and rear slopes are 20°, and the influent water is simulated Grade A water quality. The purification results of each ecological filter dam are shown in Table 2.
[0052] Table 2 Experimental example 2 average removal rate
[0053]
[0054] It can be seen from Table 2 that the layered filling ecological infiltration dam with gravel in front and zeolite in the back has a good purification effect on water body.
experiment example 3
[0057] Table 3 Experimental example 3 average removal rate
[0058]
[0059] It can be seen from Table 3 that the iron-carbon ecological filter dam plays a strengthening role in the removal of various pollutants.
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