CN204395627U - Water circulation precipitates energy-conservation pond - Google Patents

Water circulation precipitates energy-conservation pond Download PDF

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Publication number
CN204395627U
CN204395627U CN201520049474.5U CN201520049474U CN204395627U CN 204395627 U CN204395627 U CN 204395627U CN 201520049474 U CN201520049474 U CN 201520049474U CN 204395627 U CN204395627 U CN 204395627U
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China
Prior art keywords
pond
energy
precipitates
water circulation
primary clarifier
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Expired - Fee Related
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CN201520049474.5U
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Chinese (zh)
Inventor
李杨
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Sichuan Tian Qiang Glass Co Ltd
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Sichuan Tian Qiang Glass Co Ltd
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Priority to CN201520049474.5U priority Critical patent/CN204395627U/en
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Publication of CN204395627U publication Critical patent/CN204395627U/en
Expired - Fee Related legal-status Critical Current
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Abstract

The utility model discloses a kind of water circulation and precipitate energy-conservation pond, comprise successively by primary clarifier that delivery port is communicated with, second-level settling pond, three grades of sedimentation basins and reuse pool, described primary clarifier, at least one discharge bay comprising sedimentation basin and be communicated with by screen cloth with sedimentation basin of second-level settling pond and three grades of sedimentation basins, described primary clarifier is provided with waste water and enters mouth, described waste water enters on mouth and is provided with primary filter plate, it can solve the problem of the clean-up effect difference existed in traditional glass edging wastewater collection reuse process, ensure the cooling effect of glass edging processing, and it is with low cost.

Description

Water circulation precipitates energy-conservation pond
Technical field
The utility model relates to glass production manufacturing installation field, more particularly, relates to a kind of water circulation and precipitates energy-conservation pond.
Background technology
Glass processing edging and washing consumption great lot of water resources, sewage discharge simultaneously can produce water body pollutes, and glass dust enters river cognition for a long time and causes water body plant respiration system destruction.The water consumption of glass post-processing industry, mainly at pretreatment process, comprises edging, boring cooling water and slurry.Containing a large amount of glass silica flours and a small amount of silica flour, grit carborundum, cutting kerosene, cleaning agent and citric acid in the waste water that pretreatment process produces.If do not process direct discharge to this waste water, certain pollution can be caused to destroy river body biology; Simple reuse does not process this waste water or just carries out simple process, although can save certain cost, owing to containing a large amount of glass dust, glass slag in waste water, recycles and makes product surface have flaw, affect product quality, and can cause pipeline scale; After glass waste water treating and reutilizing, can line clogging be avoided, save considerable water rate and charges for disposing pollutants, reduce costs, reduce environmental pollution, reach social benefit and performance of enterprises doulbe-sides' victory.
Existing waste water recycling device is exactly simply utilize sedimentation basin to recycle, and not only clean-up effect is not good for it, and owing to reclaiming containing a large amount of impurity in waste water, all has impact to the quality of glass processing and production efficiency.Existing waste water recycling device or add medicine in sedimentation basin, although can strengthen purification of waste water effect to a certain extent, is that it increases the production cost of enterprise.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of water circulation and precipitates energy-conservation pond, and it can solve the problem of the clean-up effect difference existed in traditional glass edging wastewater collection reuse process, ensures the cooling effect of glass edging processing, and with low cost.
The technical scheme in the invention for solving the above technical problem is:
Water circulation precipitates energy-conservation pond, comprise the primary clarifier, second-level settling pond, three grades of sedimentation basins and the reuse pool that are communicated with by delivery port successively, at least one discharge bay comprising sedimentation basin and be communicated with by screen cloth with sedimentation basin of described primary clarifier, second-level settling pond and three grades of sedimentation basins, described primary clarifier is provided with waste water and enters mouth, described waste water enters on mouth and is provided with primary filter plate.The utility model improves on the basis of existing sedimentation basin, and setting up by existing simple sedimentation is three grades of precipitations, improves the clean-up effect to glass edging exhausted water.Existing employing simple sedimentation, its sedimentation effect only reaches between 50%-60%, adopts three grades of precipitations, and its sedimentation effect can to about 90%, namely directly utilizes the water secondary in reuse pool, can not have an impact to the quality of glass processing and production efficiency.Primary clarifier, second-level settling pond and three grades of sedimentation basins at least one comprise sedimentation basin and discharge bay, its respectively or some adopt two differentiations, it effectively reduces water velocity, and sedimentation effect is effectively improved.The edging waste water of glass edge-grinding machine flows into primary clarifier by wastewater drainage pipe, and primary filter plate, for filtering larger glass slag and glass powder, avoids glass dregs excess accumulation in primary clarifier, reduces the cleaning frequency to glass dregs in primary clarifier.
As preferably, described screen cloth and delivery port are separately positioned on the difference end of the corresponding metope of discharge bay.
As preferably, described primary clarifier also comprises sludge-tank, and described sludge-tank is arranged on the connecting portion of discharge bay and sedimentation basin.
Further, be provided with equipment for separating liquid from solid in the sedimentation basin of described primary clarifier, described equipment for separating liquid from solid comprises device for discharging sludge and supernatant discharging device.
Further, described device for discharging sludge is sewage pump, and the mud discharging mouth of described sewage pump is positioned at sludge-tank.
Further, described supernatant discharging device is immersible pump, and the osculum of described immersible pump is positioned at reuse pool.
As preferably, the hole of the screen cloth of described primary clarifier, second-level settling pond and three grades of sedimentation basins is more and more less.
To sum up, the beneficial effects of the utility model are:
1, the utility model adopts three grades of precipitations, and its sedimentation effect can to about 90%, namely directly utilizes the water secondary in reuse pool, can not have an impact to the quality of glass processing and production efficiency.
2, the utility model primary clarifier, second-level settling pond and three grades of sedimentation basins at least one comprise sedimentation basin and discharge bay, its respectively or some adopt two differentiations, it effectively reduces water velocity, and sedimentation effect is effectively improved.
3, the utility model is carrying out in precipitation process to glass edging exhausted water, does not need to add medicine, with low cost.
Accompanying drawing explanation
Fig. 1 is the structural representation of embodiment 1 of the present utility model.
Fig. 2 is the structural representation of embodiment 3 of the present utility model.
Mark and corresponding parts title in accompanying drawing: 1, primary clarifier; 2, second-level settling pond; 3, three grades of sedimentation basins; 4, reuse pool; 5, sedimentation basin; 6, discharge bay; 7, primary filter plate; 8, screen cloth; 9, delivery port.
Detailed description of the invention
Below in conjunction with embodiment and accompanying drawing, to the detailed description further of the utility model do, but embodiment of the present utility model is not limited thereto.
Embodiment 1:
A kind of water circulation as shown in Figure 1 precipitates energy-conservation pond, comprise the primary clarifier 1, second-level settling pond 2, three grades of sedimentation basins 3 and the reuse pool 4 that are communicated with by delivery port 9 successively, at least one discharge bay 6 comprising sedimentation basin 5 and be communicated with by screen cloth 8 with sedimentation basin 5 of described primary clarifier 1, second-level settling pond 2 and three grades of sedimentation basins 3, described primary clarifier 1 is provided with waste water and enters mouth, described waste water enters on mouth and is provided with primary filter plate 7.
As preferably, the discharge bay 6 that primary clarifier 1, second-level settling pond 2 and three grades of sedimentation basins 3 can be included sedimentation basin 5 and are communicated with by screen cloth 8 with sedimentation basin 5, whole water circulation precipitates energy-conservation pond except reuse pool, becomes sedimentation basin 5, discharge bay staggered, the discharge bay of three grades of sedimentation basins 3 is directly communicated with reuse pool, effectively water flow velocity can be dropped to minimum, strengthen clean-up effect.
Embodiment 2:
A kind of water circulation as shown in Figure 1 precipitates energy-conservation pond, and in order to further strengthen purifying water effect, the present embodiment is optimized on the basis of above-described embodiment, and namely described screen cloth 8 and delivery port 9 are separately positioned on the difference end of the corresponding metope of discharge bay 6.Precipitate building by laying of energy-conservation pond for the ease of water circulation, discharge bay 6, sedimentation basin etc. are generally built as square.Screen cloth 8 and delivery port 9 are separately positioned on the difference end of the corresponding metope of discharge bay 6, and namely screen cloth 8 and delivery port 9 are almost separately positioned on the diagonal of discharge bay 6, namely increase current and flow through route, effectively reduce water velocity, improve clean-up effect.
Embodiment 3:
A kind of water circulation as shown in Figure 2 precipitates energy-conservation pond, and the present embodiment improves on the basis of above-described embodiment, namely in primary clarifier 1, sets up sludge-tank 10, and described sludge-tank 10 is arranged on the connecting portion of discharge bay 6 and sedimentation basin.Because in primary clarifier 1, glass dregs precipitation is more, glass dregs is easily piled up, and need clear up glass dregs, directly utilizes sludge-tank 10 pairs of mud to stack, is convenient to the removing to glass dregs in primary clarifier 1.Sludge-tank 10 is arranged on the connecting portion of discharge bay 6 and sedimentation basin, to a certain extent water flow velocity is had a certain impact, namely when in primary clarifier 1, glass edging exhausted water flows to discharge bay 6 from sedimentation basin, the pool wall of sludge-tank 10 has certain stop to current, can flow velocity be reduced to a certain extent, improve clean-up effect.
In order to reduce the workload of staff, in the sedimentation basin of described primary clarifier 1, be provided with equipment for separating liquid from solid, described equipment for separating liquid from solid comprises device for discharging sludge and supernatant discharging device.
Described device for discharging sludge is sewage pump, and the mud discharging mouth of described sewage pump is positioned at sludge-tank 10.
Described supernatant discharging device is immersible pump, and the osculum of described immersible pump is positioned at reuse pool 4.
The present embodiment is provided with equipment for separating liquid from solid in the sedimentation basin of primary clarifier 1, directly utilize the device for discharging sludge of equipment for separating liquid from solid that the mud in primary clarifier 1 is detached sludge-tank, can remove mud without manpower, reduce workload and the working strength of personnel.In primary clarifier 1, glass edging exhausted water filters for the first time, lamination is there will be in primary clarifier 1, very low at its impurity content of uppermost supernatant, can directly utilize, utilize supernatant discharging device to be directly evacuated to by supernatant in reuse pool 4, the load that whole water circulation precipitates energy-conservation pond can be reduced.
Embodiment 4:
A kind of water circulation as shown in Figure 2 precipitates energy-conservation pond, and in order to improve clean-up effect, the present embodiment is optimized on the basis of above-described embodiment, and the hole of the screen cloth 8 of namely described primary clarifier 1, second-level settling pond 2 and three grades of sedimentation basins 3 is more and more less.Glass edging exhausted water is in precipitation process, its particle flowed through in second-level settling pond 2 and three grades of sedimentation basins 3 is more and more less, namely screen cloth 8 is utilized effectively to intercept glass particle, namely hole more and more I effectively improve clean-up effect, large granular impurity is avoided to enter reuse pool, improve clean-up effect, the water reduced in reuse pool has an impact to the quality of glass processing and production efficiency.
As mentioned above, the utility model can be realized preferably.

Claims (7)

1. water circulation precipitates energy-conservation pond, it is characterized in that: comprise be communicated with by delivery port (9) successively primary clarifier (1), second-level settling pond (2), three grades of sedimentation basins (3) and reuse pool (4), at least one discharge bay (6) comprising sedimentation basin (5) and be communicated with by screen cloth (8) with sedimentation basin (5) of described primary clarifier (1), second-level settling pond (2) and three grades of sedimentation basins (3), described primary clarifier (1) is provided with waste water and enters mouth, described waste water enters on mouth and is provided with primary filter plate (7).
2. water circulation according to claim 1 precipitates energy-conservation pond, it is characterized in that: described screen cloth (8) and delivery port (9) are separately positioned on the difference end of discharge bay (6) corresponding metope.
3. water circulation according to claim 1 precipitates energy-conservation pond, it is characterized in that: described primary clarifier (1) also comprises sludge-tank (10), and described sludge-tank (10) is arranged on the connecting portion of discharge bay (6) and sedimentation basin.
4. water circulation according to claim 3 precipitates energy-conservation pond, it is characterized in that: be provided with equipment for separating liquid from solid in the sedimentation basin of described primary clarifier (1), described equipment for separating liquid from solid comprises device for discharging sludge and supernatant discharging device.
5. water circulation according to claim 4 precipitates energy-conservation pond, it is characterized in that: described device for discharging sludge is sewage pump, and the mud discharging mouth of described sewage pump is positioned at sludge-tank (10).
6. water circulation according to claim 4 precipitates energy-conservation pond, it is characterized in that: described supernatant discharging device is immersible pump, and the osculum of described immersible pump is positioned at reuse pool (4).
7. water circulation according to claim 1 precipitates energy-conservation pond, it is characterized in that: the hole of the screen cloth (8) of described primary clarifier (1), second-level settling pond (2) and three grades of sedimentation basins (3) is more and more less.
CN201520049474.5U 2015-01-26 2015-01-26 Water circulation precipitates energy-conservation pond Expired - Fee Related CN204395627U (en)

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CN201520049474.5U CN204395627U (en) 2015-01-26 2015-01-26 Water circulation precipitates energy-conservation pond

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Application Number Priority Date Filing Date Title
CN201520049474.5U CN204395627U (en) 2015-01-26 2015-01-26 Water circulation precipitates energy-conservation pond

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CN204395627U true CN204395627U (en) 2015-06-17

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105664585A (en) * 2016-03-02 2016-06-15 昆明安厦新材料科技有限公司 Wastewater recycling system

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105664585A (en) * 2016-03-02 2016-06-15 昆明安厦新材料科技有限公司 Wastewater recycling system

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CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20150617

Termination date: 20160126

EXPY Termination of patent right or utility model