CN209554812U - A kind of industrial water purification drainage - Google Patents
A kind of industrial water purification drainage Download PDFInfo
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- CN209554812U CN209554812U CN201822049966.0U CN201822049966U CN209554812U CN 209554812 U CN209554812 U CN 209554812U CN 201822049966 U CN201822049966 U CN 201822049966U CN 209554812 U CN209554812 U CN 209554812U
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Abstract
The utility model discloses a kind of industrial waters to purify drainage, it is related to industrial water purification techniques, it includes the first water pump, water purifier, sludge-tank, first sludge pump and sludge concentration tank, first water pump extracts river water by pipeline, water inlet pipe is provided with and communicated between the discharge outlet of first water pump and the water inlet of water purifier, the mud discharging mouth of the water purifier is connected to sludge-tank, the water outlet of the water purifier is connected to by pipeline with pipe network, first sludge pump extracts the sludge in sludge-tank into sludge concentration tank, it is characterized in that, the first sedimentation basin is arranged in the side of the sludge-tank, the upside of the sludge-tank one side wall is connected to the upside of the first sedimentation basin one side wall.The utility model has the advantages that save water resource, reduce the moisture in sludge and shorten sludge concentration time in sludge concentration tank.
Description
Technical field
The utility model relates to industrial water purification techniques, purify drainage more particularly, to a kind of industrial water.
Background technique
In actual industrial production, a large amount of water is generally required, if can greatly increase and be produced into using tap water
This, thus, enterprise is usually using natural water resources such as the river waters for passing through purification.
In the prior art, industrial water purifies drainage by water pump, water purifier, sludge-tank, sludge pump and sludge
Concentration basin composition, water pump extract river water and supply to water purifier, water purifier purifying river water, and purified water is delivered to and uses pipe network
In, sludge is expelled in sludge-tank, then sludge pump extracts sludge into sludge concentration tank.
Using the above scheme, purification and blowdown are carried out to river water.However, still being carried in the sludge through water purifier discharge a large amount of
Aqueous, the sludge containing large quantity of moisture is extracted to sludge concentration tank at this time, not only great waste water resource, is also extended dirty
Mud concentration time in sludge concentration tank, there are places to be modified.
Utility model content
In view of the above technical problems, the utility model aim is to propose a kind of industrial water purification drainage, by
The water that first sedimentation basin goes out collected from sludge-tank overflow, and sludge is carried out by the water that the first sedimentation basin goes out sludge-tank overflow
Precipitating reduces the moisture in sludge to save water resource, shortens sludge concentration time in sludge concentration tank.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of industrial water purification drainage, including the first water pump, water purifier, sludge-tank, the first sludge pump and dirt
Mud thickener, first water pump extract river water by pipeline, the water inlet of the discharge outlet of first water pump and water purifier it
Between be provided with and communicated with water inlet pipe, the mud discharging mouth of the water purifier is connected to sludge-tank, and the water outlet of the water purifier is by catchmenting
The connection of Guan Yuyong pipe network, first sludge pump extract the sludge in sludge-tank into sludge concentration tank, the sludge-tank
Side be arranged the first sedimentation basin, the upside of the sludge-tank one side wall is connected to the upside of the first sedimentation basin one side wall.
By using above-mentioned technical proposal, in real work, the first water pump extracts river water and supplies through water inlet pipe to water purifier,
Water purifier purifying river water, and purified water is delivered to in pipe network, sludge is expelled in sludge-tank, then the first sludge pump
Sludge is extracted into sludge concentration tank；Wherein, sludge enters sludge-tank and precipitates so that part aqueous is precipitated, when aqueous and
When sludge is more and more, aqueous will overflow to the first sedimentation basin and be collected into the first sedimentation basin, and aqueous will be second
It is further precipitated in sedimentation basin, the upper layer of aqueous will obtain more clean water liquid；When the sludge in sludge-tank is too deep
When, staff extracts sludge into sludge concentration tank by the first sludge pump, reduces a large amount of sludge into the first sedimentation basin
The case where occur.In this way, water resource is saved, the moisture in sludge is reduced, it is dense in sludge concentration tank to shorten sludge
The contracting time
The utility model is further arranged to: the side of first sedimentation basin is provided with the second sedimentation basin, and described second
It is connected on the upside of the one side wall of sedimentation basin with the upside of the one side wall of the first sedimentation basin.
By using above-mentioned technical proposal, in real work, aqueous is after the first sedimentation basin is precipitated, with aqueous product
Tired, in upper layer, more clear water liquid will overflow into the second sedimentation basin and be collected into the second sedimentation basin, and aqueous
Will continue it is further in the second sedimentation basin precipitated, to obtain more limpid clean water liquid, meet industrial water
Quality requirement.
The utility model is further arranged to: industrial water purification drainage further includes the second water pump, and described second
The pump mouth of water pump is connected to by pipeline with the second sedimentation basin, is provided with and communicated with return pipe at the discharge outlet of second water pump,
The return pipe is connected to far from one end of the second water pump with water inlet pipe.
By using above-mentioned technical proposal, in real work, the second water pump can extract the aqueous in the second sedimentation basin
It is purified into water inlet pipe, and through water purifier, so that sludge be precipitated the utilization of water, saves water resource.
The utility model is further arranged to: being provided with check valve on the return pipe.
By using above-mentioned technical proposal, when the second water pump is out of service, check valve can prevent river water from return pipe
In flow to the second water pump and the second sedimentation basin, guarantee that the second sedimentation basin sludge is precipitated the collection and precipitating operation of water.
The utility model is further arranged to: the upper side position of the one side wall of second sedimentation basin is provided with and communicated with discharge
Pipe.
By using above-mentioned technical proposal, in real work, the aqueous energy when the second water pump operation, in the second sedimentation basin
Enough through the second sedimentation basin at delivery pipe overflow, and aqueous can satisfy environmental emission standard, and guarantee the second sedimentation basin to sludge
The collection and precipitating operation of water is precipitated, reduces the moisture in sludge, shortens sludge concentration time in sludge concentration tank.
The utility model is further arranged to: being provided with drain valve on the delivery pipe.
By using above-mentioned technical proposal, by drain valve, staff can be to the row of the aqueous in the second sedimentation basin
It puts row control into, guarantees that the second sedimentation basin sludge is precipitated the collection of water.
The utility model is further arranged to: it further includes the second sludge pump that the industrial water, which purifies drainage, and described the
The first extraction mud pipe is communicated at the pumping mud mouth of two sludge pumps, first extraction mud pipe probes into first far from one end of the second sludge pump
Sedimentation basin bottom of pond, and sludge is delivered to sludge-tank by pipeline by second sludge pump.
By using above-mentioned technical proposal, when sludge is excessive in the first sedimentation basin, staff can pass through the second dirt
Dredge pump extracts the sludge in the first sedimentation basin into sludge-tank, guarantee the first sedimentation basin to sludge be precipitated water normally collects with
Precipitating.
The utility model is further arranged to: first extraction mud pipe is provided with and communicated with close to the side of the second sludge pump
Two extraction mud pipes, second extraction mud pipe probe into the bottom of pond of the second sedimentation basin far from one end of the first extraction mud pipe.
By using above-mentioned technical proposal, when sludge is excessive in the second sedimentation basin, staff can pass through the second dirt
Dredge pump extracts the sludge in the second sedimentation basin into sludge-tank, guarantee the second sedimentation basin to sludge be precipitated water normally collects with
Precipitate operation.
The utility model is further arranged to: the middle part on first extraction mud pipe is provided with the first control valve, and described
The second control valve is provided on two extraction mud pipes.
By using above-mentioned technical proposal, by the first control valve and the second control valve, can staff control second
Sludge pump individually carries out sludge to the first sedimentation basin or the second sedimentation basin and extracts operation, guarantees the first sedimentation basin and the second sedimentation basin
Water is precipitated to sludge and normally collects and precipitate operation.
Compared with prior art, the beneficial effects of the utility model are as follows:
(1) water gone out by the first sedimentation basin collected from sludge-tank overflow, and by the first sedimentation basin to sludge-tank overflow
Water out carries out sludge settling, to save water resource, reduces the moisture in sludge, it is dense in sludge concentration tank to shorten sludge
The contracting time；
(2) pass through the drain valve being arranged on delivery pipe, the first control valve being arranged on the first extraction mud pipe and setting
The second control valve on the second extraction mud pipe greatly facilitates control and adjusting of the staff to industrial water purification drainage
Operation；
(3) the second suction pump of comprehensive utilization extracts the aqueous in the second sedimentation basin, and cooperates the second precipitating of delivery pipe discharge
Aqueous and the second sludge pump in pond extract the sludge in the first sedimentation basin and the second sedimentation basin and convey to sludge-tank, thus
Guarantee that the first sedimentation basin and the second sedimentation basin are precipitated water to sludge and normally collect and precipitate operation.
Detailed description of the invention
Fig. 1 is that an embodiment of the present invention major embodiment industrial water purifies the integrally-built signal of drainage
Figure.
Appended drawing reference: 1, the first water pump；11, water inlet pipe；2, water purifier；3, sludge-tank；4, the first sludge pump；5, sludge is dense
Contracting pond；6, the first sedimentation basin；61, the second sedimentation basin；7, the second water pump；71, return pipe；72, check valve；73, delivery pipe；74,
Drain valve；8, the second sludge pump；81, the first extraction mud pipe；82, the second extraction mud pipe；83, the first control valve；84, the second control valve.
Specific embodiment
Below with reference to examples and drawings, the utility model is described in further detail, but the implementation of the utility model
Mode is not limited only to this.
Embodiment
Referring to attached drawing 1, a kind of industrial water purification drainage, including the first water pump 1, water purifier 2, sludge-tank 3, first
Sludge pump 4 and sludge concentration tank 5, the first water pump 1 extract river water, discharge outlet and the water purifier 2 of the first water pump 1 by pipeline
It is provided with and communicated with water inlet pipe 11 between water inlet, is connected between the mud discharging mouth and sludge-tank 3 of water purifier 2 by pipeline, water purifier 2
Water outlet be connected to by pipeline with pipe network, the first sludge pump 4 extracts the sludge in sludge-tank 3 to sludge by pipeline
In concentration basin 5.In real work, the first water pump 1 extracts river water and supplies through water inlet pipe 11 to water purifier 2, and water purifier 2 purifies river
Purified water is delivered to in pipe network, sludge is expelled in sludge-tank 3 by water, then the first sludge pump 4 by sludge extract to
In sludge concentration tank 5.
The side of sludge-tank 3 is provided with the second sedimentation basin 61, the upside and 6 side of the first sedimentation basin of 3 one side wall of sludge-tank
The upside of wall is connected to；The side of first sedimentation basin 6 is provided with the second sedimentation basin 61, with the on the upside of the one side wall of the second sedimentation basin 61
The upside of the one side wall of one sedimentation basin 6 is connected to.In real work, sludge-tank 3 is entered by the sludge that water purifier 2 is discharged and will be
Precipitating operation is done in sludge-tank 3, the part aqueous in sludge will be precipitated and be in the upper layer of sludge, with the accumulation and analysis of sludge
Water outlet increases；Water is precipitated by overflow into the first sedimentation basin 6, when the sludge in sludge-tank 3 is excessive, staff can be borrowed
The first sludge pump 4 is helped to extract sludge into sludge concentration tank 5；Then, water is precipitated and is done in the first sedimentation basin 6 and further sink
It forms sediment, with the increase that water is precipitated, water, which is precipitated, will overflow into the second sedimentation basin 61 and collected by the second sedimentation basin 61, and second
It is further precipitated in sedimentation basin 61, the upper layer Jiang Shui that water is precipitated obtains more clean water liquid.
The side of second sedimentation basin 61 is provided with the second water pump 7, and the pump mouth of the second water pump 7 passes through pipeline and the second precipitating
Pond 61 is connected to, and is provided with and communicated with return pipe 71 at the discharge outlet of the second water pump 7, the one end of return pipe 71 far from the second water pump 7 with
Water inlet pipe 11 is connected to, and check valve 72 is provided on return pipe 71；Also, the side of the second sedimentation basin 61 is provided with and communicated with discharge
Pipe 73 is provided with drain valve 74 on delivery pipe 73.In real work, the second water pump 7 extracts the aqueous in the second sedimentation basin 61, and
It is returned to water inlet pipe 11 through return pipe 71, realizes the recycling to water is precipitated.When the second water pump 7 stops operation, check valve
72 can prevent river water from flowing to the second water pump 7 and the second sedimentation basin 61 from return pipe 71；And when in the second sedimentation basin 61
When dilutional hyponatremia is precipitated, staff can open drain valve 74, and water will be precipitated and be discharged by delivery pipe 73, by multiple place of settling
The precipitation water of reason can satisfy environmental emission standard.
The side of first sedimentation basin 6 is provided with the second sludge pump 8, is communicated with the first pumping at the pumping mud mouth of the second sludge pump 8
Mud pipe 81, the first extraction mud pipe 81 probes into 6 bottom of pond of the first sedimentation basin far from one end of the second sludge pump 8, and the second sludge pump 8 passes through
Sludge is delivered to sludge-tank 3 by pipeline；First extraction mud pipe 81 is provided with and communicated with the second extraction mud pipe close to the side of the second sludge pump 8
82, the second extraction mud pipe 82 probes into the bottom of pond of the second sedimentation basin 61 far from one end of the first extraction mud pipe 81；Also, the first extraction mud pipe 81
On middle part be provided with the first control valve 83, the second control valve 84 is provided on the second extraction mud pipe 82.In real work, when first
When sludge in sedimentation basin 6 and the second sedimentation basin 61 is excessive, staff can pass through the first control valve of control 83 and the second control
Valve 84 processed, and extract the sludge in the first sedimentation basin 6 or the second sedimentation basin 61 into sludge-tank 3 by the second sludge pump 8, it protects
It demonstrate,proves the first sedimentation basin 6 and the second sedimentation basin 61 and normally collects and precipitate operation to sludge precipitation water.
The working principle of the present embodiment is: in real work, the first water pump 1 extracts river water through water inlet pipe 11 to water purifier 2
Purified water is delivered to in pipe network, sludge is expelled in sludge-tank 3 by supply, 2 purifying river water of water purifier；Then, sludge
First step precipitating will be done in sludge-tank 3, and aqueous is precipitated；With the accumulation of sludge and increasing for precipitation water, water, which will be precipitated, to overflow
It flow in the first sedimentation basin 6；Later, water is precipitated and does further precipitating in the first sedimentation basin 6, with the increase that water is precipitated, analysis
Water outlet will overflow into the second sedimentation basin 61 and be collected by the second sedimentation basin 61, and further precipitate in the second sedimentation basin 61,
The upper layer Jiang Shui that water is precipitated obtains more clean water liquid；Then, the second water pump 7 extracts the aqueous in the second sedimentation basin 61 and returns
Into water inlet pipe 11；When the sludge in sludge-tank 3 is excessive, staff can by the first sludge pump 4 by extraction to dirt
In mud thickener 5；When the sludge in the first sedimentation basin 6 and the second sedimentation basin 61 is excessive, staff can be by the second dirt
Dredge pump 8 by extraction into sludge-tank 3.In this way, water resource is saved, the moisture in sludge is reduced, shortens sludge and exists
Concentration time in sludge concentration tank 5.
The above is only the preferred embodiment of the utility model, and the protection scope of the utility model is not limited merely to
Above-described embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should refer to
Out, for those skilled in the art, it is without departing from the principle of the utility model it is several improvement and
Retouching, these improvements and modifications also should be regarded as the protection scope of the utility model.
Claims (9)
1. a kind of industrial water purifies drainage, including the first water pump (1), water purifier (2), sludge-tank (3), the first sludge pump
(4) and sludge concentration tank (5), first water pump (1) extract river water, the discharge outlet of first water pump (1) by pipeline
It is provided with and communicated between the water inlet of water purifier (2) water inlet pipe (11), the mud discharging mouth of the water purifier (2) and sludge-tank (3)
Connection, the water outlet of the water purifier (2) is connected to by pipeline with pipe network, and first sludge pump (4) is by sludge-tank (3)
In sludge extract into sludge concentration tank (5), which is characterized in that the first sedimentation basin is arranged in the side of the sludge-tank (3)
(6), the upside of sludge-tank (3) one side wall is connected to the upside of the first sedimentation basin (6) one side wall.
2. a kind of industrial water according to claim 1 purifies drainage, which is characterized in that first sedimentation basin
(6) side is provided with the second sedimentation basin (61), one side wall upside and the first sedimentation basin (6) of second sedimentation basin (61)
The upside of one side wall is connected to.
3. a kind of industrial water according to claim 2 purifies drainage, which is characterized in that industrial water purification row
Dirty system further includes the second water pump (7), and the pump mouth of second water pump (7) is connected to by pipeline with the second sedimentation basin (61),
It is provided with and communicated with return pipe (71) at the discharge outlet of second water pump (7), the return pipe (71) is far from the second water pump (7)
One end is connected to water inlet pipe (11).
4. a kind of industrial water according to claim 3 purifies drainage, which is characterized in that on the return pipe (71)
It is provided with check valve (72).
5. a kind of industrial water according to claim 3 purifies drainage, which is characterized in that second sedimentation basin
(61) upper side position of one side wall is provided with and communicated with delivery pipe (73).
6. a kind of industrial water according to claim 5 purifies drainage, which is characterized in that on the delivery pipe (73)
It is provided with drain valve (74).
7. a kind of industrial water according to claim 2 purifies drainage, which is characterized in that industrial water purification row
Dirty system further includes the second sludge pump (8), is communicated with the first extraction mud pipe (81), institute at the pumping mud mouth of second sludge pump (8)
It states the first extraction mud pipe (81) and probes into the first sedimentation basin (6) bottom of pond, and second sludge pump far from the one end of the second sludge pump (8)
(8) sludge is delivered to by sludge-tank (3) by pipeline.
8. a kind of industrial water according to claim 7 purifies drainage, which is characterized in that first extraction mud pipe
(81) it is provided with and communicated with the second extraction mud pipe (82) close to the side of the second sludge pump (8), second extraction mud pipe (82) is far from the
One end of one extraction mud pipe (81) probes into the bottom of pond of the second sedimentation basin (61).
9. a kind of industrial water according to claim 8 purifies drainage, which is characterized in that first extraction mud pipe
(81) middle part on is provided with the first control valve (83), is provided with the second control valve (84) on second extraction mud pipe (82).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822049966.0U CN209554812U (en) | 2018-12-06 | 2018-12-06 | A kind of industrial water purification drainage |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822049966.0U CN209554812U (en) | 2018-12-06 | 2018-12-06 | A kind of industrial water purification drainage |
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| Publication Number | Publication Date |
|---|---|
| CN209554812U true CN209554812U (en) | 2019-10-29 |
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ID=68301434
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822049966.0U Active CN209554812U (en) | 2018-12-06 | 2018-12-06 | A kind of industrial water purification drainage |
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| Country | Link |
|---|---|
| CN (1) | CN209554812U (en) |
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2018
- 2018-12-06 CN CN201822049966.0U patent/CN209554812U/en active Active
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