CN207108545U

CN207108545U - A kind of water process separation equipment

Info

Publication number: CN207108545U
Application number: CN201720615431.8U
Authority: CN
Inventors: 林祥利
Original assignee: Raoping Blue Water Treatment Technology Co Ltd
Current assignee: Raoping Blue Water Treatment Technology Co Ltd
Priority date: 2017-05-27
Filing date: 2017-05-27
Publication date: 2018-03-16
Anticipated expiration: 2027-05-27

Abstract

The utility model provides a kind of water process separation equipment, mainly include reactor, separator, reactor is made up of inner chamber and exocoel, and exocoel is higher than inner chamber, original water inlet connects with inner chamber, exocoel is provided with water side, has inner tube and outer tube in the separator, and the water inlet of inner tube and the water side of reactor connect, inner tube delivery port is located at outer tube, at least one vertically disposed separating pipe is connected on outer tube, and separating pipe is provided with and receives mud groove, the outlet pipe of the outer tube end connection equipped with regulating valve.The utility model binding reactor, water-soluble gas generator; formed floc sludge is set to float; by controlling liquid level to overflow sludge; completion is completely separated to floc sludge; its efficiency high, cost are low, floor space is small, without mechanical breakdown; continuous service stable performance, realize scale water separating treatment.

Description

A kind of water process separation equipment

Technical field

Water separation processing equipment field is the utility model is related to, refers in particular to a kind of water process separation equipment.

Background technology

When water process uses chemical method eliminating impurities and impurity, it is both needed to produce flco by medicine and impurity coagulation, then Flocs float is made in the water surface by the bubbles entrain of trickle floating in Water Soluble Gas, then by mechanical mud scraper by the flco on the water surface Sludge is blown off, so as to reach certain mud-water separation.However, because the flco of floating is cumulative, make the increase of its weight, micro- gas Bubble disappears, and under the mechanical action of cleaning shoe, easily sedimentation pollution lower floor clear water, does not reach separation truly, and This mode efficiency is low, bulky, and failure rate of machinery is high, is both needed to further solve the problems such as maintenance cost increase.

The content of the invention

The purpose of this utility model is to be directed to the existing state of the art, there is provided a kind of water process separation equipment, so that wadding Body sludge is discharged by the receipts mud groove quick separating above separating pipe, and equipment separation is thorough, without mechanical sludge drainage system, its structure Simply, cost is low, area occupied is small.

To reach above-mentioned purpose, the utility model adopts the following technical scheme that：

The utility model is a kind of water process separation equipment, and mainly including reactor, separator, reactor is by inner chamber and outside Chamber forms, and exocoel be higher than inner chamber, and original water inlet connects with inner chamber, and exocoel is provided with water side, in the separator with inner tube and Outer tube, the water inlet of inner tube and the water side of reactor connect, and inner tube delivery port is located at outer tube, at least one is connected on outer tube Individual vertically disposed separating pipe, and separating pipe is provided with and receives mud groove, the reactor is higher than separating pipe, and outer tube end connection is equipped with The outlet pipe of regulating valve, and connection permeability cell above outlet pipe, permeability cell top are parallel at the top of mud groove with receiving.

In such scheme, outlet pipe is designed in " several " type, and auxiliary pipe is parallel among outlet pipe, equipped with control in auxiliary pipe Valve.

In such scheme, reactor is additionally provided with two level cavity wall, three-level cavity wall between inner chamber and exocoel, wherein, secondary chamber Wall top is higher than inner chamber and bottom hollow out water outlet, and three-level cavity wall top is less than two level cavity wall and exocoel.

Further, receive in mud groove and be provided with sewage draining exit.

Further, the delivery port of inner tube connects vertically disposed branch pipe, and branch pipe is correspondingly located in separating pipe, and branch pipe is high Degree is less than separating pipe.

Further, the water inlet of inner tube is also connected with the water side of water-soluble gas generator.

Preferably, interior pipe end is fixed on the inwall of outer tube by support.

Further, the height of outlet pipe is less than separating pipe.

The beneficial effects of the utility model are：The utility model utilizes Water Soluble Gas caused by water-soluble gas generator to promote wadding Body Mud up-floating, enter from separating pipe and receive in mud groove, separating pipe liquid level is controlled by control valve, regularly liquid level can be made to increase Converged sludge, liquid level decline stopping spoil disposal being cleared, clear water is continuously discharged, and it is without mechanically actuated, stable performance.In addition should Separation equipment design in a row-shaped, reactor can connect multiple rows of separation equipment, realize that one drags more, greatly improve its separative efficiency, Water process amount is effectively increased, while area occupied is small, equipment investment cost and later period maintenance cost are low, economical and practical.

Brief description of the drawings：

Accompanying drawing 1 is structural representation of the present utility model.

Embodiment：

In order that juror can be further understood that to the purpose, feature and function of the utility model, hereby lift preferable Embodiment simultaneously coordinates schema detailed description as follows：

Refer to shown in Fig. 1, be the structural representation of the preferred embodiment for the utility model, the utility model is one kind Water process separation equipment, mainly include reactor 1, separator 2, reactor 1 is made up of inner chamber 11 and exocoel 12, and exocoel 12 is higher than Inner chamber 11, original water inlet connect with inner chamber 11, and exocoel 12 is provided with water side, and raw water is after mixing flocculation aid, coagulant through water pump It is drawn into inner chamber 11, meanwhile, flocculant or other a variety of auxiliary agents are added in inner chamber 11, raw water is with a variety of auxiliary agents in inner chamber Flco gradually increases after 11 eddy flows and overflowing exocoel 12 makes flco stable, is finally entered by the water side of exocoel 12 in separator 2. As preferable, the application increases extending channel in reactor 1, be provided between inner chamber 11 and exocoel 12 two level cavity wall 13, Three-level cavity wall 14, wherein, the top of two level cavity wall 13 is higher than inner chamber 11 and bottom hollow out water outlet, and the top of three-level cavity wall 14 is less than two level Cavity wall 13 and exocoel 12, flco is set to enter exocoel 12 after two level cavity wall 13, three-level cavity wall 14 after overflowing inner chamber 11, herein mistake Cheng Zhong, the continuous coagulation increase of flco, condenses firmly, finally enters separator 2 from the water side of exocoel 12, preferably to divide From.

Wherein, there is inner tube 21 and outer tube 22 in separator 2, the water inlet of inner tube 21 is connected with the water side of reactor 1, The delivery port of inner tube 21 is located inside outer tube 22, and at least one vertically disposed separating pipe 23, and separating pipe 23 are connected on outer tube 22 It is provided with and receives mud groove 24, reactor 1 be higher than separating pipe 23, and the water body after coagulation is from reactor 1 through in the entrance outer tube 22 of inner tube 21 Separated, flco dirt floats, and clarified solution is located at below flco dirt, and the flco dirt of floating overflows the top of separating pipe 23 and entered Enter to receive and be collected in mud groove 24, receive in mud groove 24 and be provided with sewage draining exit 241, discharged dirt by sewage draining exit 241, and outer tube 22 Outlet pipe 3 of the end connection equipped with regulating valve 31, is discharged clear water by outlet pipe 3, both are completely separated by different channels.

The water inlet of inner tube 21 is also connected with the water side of water-soluble gas generator 5, after water-soluble gas generator 5 produces Water Soluble Gas, Through depressurizing release bubble differentiation can be made more stable, Water Soluble Gas together enters outer with the water body after coagulation through the water inlet of inner tube 21 Pipe 22, then the micro air bubble in Water Soluble Gas the flocs float after coagulation can be driven to be easy to separation to discharge in the superiors.

Outlet pipe 3 designs in " several " type, is parallel with auxiliary pipe 4 among outlet pipe 3, control valve 41 is housed in auxiliary pipe 4, works as liquid level The top of separating pipe 23 is risen to, after floc sludge is discharged into receipts mud groove 24 completely, opens control valve 41, moment increases drainage speed, Liquid level declines rapidly in separating pipe 23, and blowdown stops；When next group sludge is pooled to a certain amount of, closing control valve 41, limitation Water velocity, regulating valve 31 during which can be also closed, the water level of separating pipe 23 is increased, reach the effect of complete blowdown.Outlet pipe 3 Highly it is less than separating pipe 23, the top of outlet pipe 3 connection permeability cell 30, the top of permeability cell 30, which can not be less than, receives the top of mud groove 24, prevents Only produce siphonic effect and clear water overflows.

The delivery port of inner tube 21 connects vertically disposed branch pipe 25, and branch pipe 25 is corresponding to be located in separating pipe 23, and branch pipe 25 Highly it is less than separating pipe 23, by lifting the water level of delivery port, makes coagulation water body even into outer tube 22, while reduce flco The distance that dirt floats in water, advantageously collect in flco dirt in water surface.

Preferably, the end of inner tube 21 is fixed on by support on the inwall of outer tube 22, and support is Openworks shape, makes inner tube 21 can The middle part of outer tube 22 is fixed on, will not be formed and hindered in the end of outer tube 22 and the junction of outlet pipe 3 again, avoid influenceing clear water row Go out.

Certainly, illustrated above is only the preferred embodiment of the utility model, not limits use of the present utility model with this Scope, therefore, it is every made in the utility model principle it is equivalent change should be included in the scope of protection of the utility model.

Claims

A kind of 1. water process separation equipment, mainly including reactor（1）, separator（2）, reactor（1）By inner chamber（11）With it is outer Chamber（12）Composition, exocoel（12）Higher than inner chamber（11）, original water inlet and inner chamber（11）Connection, exocoel（12）Provided with water side, its It is characterised by：The separator（2）In there is inner tube（21）And outer tube（22）, inner tube（21）Water inlet and reactor（1）'s Water side connects, inner tube（21）Delivery port is located at outer tube（22）Inside, outer tube（22）Upper at least one vertically disposed point of connection From pipe（23）, and separating pipe（23）It is provided with and receives mud groove（24）, the reactor（1）Higher than separating pipe（23）, outer tube（22）End Portion's connection is equipped with regulating valve（31）Outlet pipe（3）, and outlet pipe（3）Top connects permeability cell（30）, permeability cell（30）Top It can not be less than and receive mud groove（24）Top.
A kind of 2. water process separation equipment according to claim 1, it is characterised in that：The outlet pipe（3）In " several " type Design, and outlet pipe（3）Centre is parallel with auxiliary pipe（4）, auxiliary pipe（4）In control valve is housed（41）.
A kind of 3. water process separation equipment according to claim 1, it is characterised in that：The reactor（1）In inner chamber （11）With exocoel（12）Between be additionally provided with two level cavity wall（13）, three-level cavity wall（14）, wherein, two level cavity wall（13）Top is higher than interior Chamber（11）And bottom hollow out water outlet, three-level cavity wall（14）Top is less than two level cavity wall（13）And exocoel（12）.
A kind of 4. water process separation equipment according to claim 1 or 2 or 3, it is characterised in that：The receipts mud groove（24）In Provided with sewage draining exit（241）.
A kind of 5. water process separation equipment according to claim 1 or 2 or 3, it is characterised in that：Said inner tube（21）Go out The mouth of a river connects vertically disposed branch pipe（25）, branch pipe（25）It is corresponding to be located at separating pipe（23）In, and branch pipe（25）Highly it is less than and divides From pipe（23）.
A kind of 6. water process separation equipment according to claim 5, it is characterised in that：Said inner tube（21）Water inlet also Connect water-soluble gas generator（5）Water side.
A kind of 7. water process separation equipment according to claim 1 or 2 or 3, it is characterised in that：Said inner tube（21）End Outer tube is fixed on by support（22）Inwall on.
A kind of 8. water process separation equipment according to claim 1 or 2 or 3, it is characterised in that：The outlet pipe（3）'s Highly it is less than separating pipe（23）.