CN203173921U - Oily sewage integrated comprehensive treatment device - Google Patents
Oily sewage integrated comprehensive treatment device Download PDFInfo
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- CN203173921U CN203173921U CN 201320171853 CN201320171853U CN203173921U CN 203173921 U CN203173921 U CN 203173921U CN 201320171853 CN201320171853 CN 201320171853 CN 201320171853 U CN201320171853 U CN 201320171853U CN 203173921 U CN203173921 U CN 203173921U
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Abstract
The utility model provides an oily sewage integrated comprehensive treatment device which solves the problem that the sewage treatment equipment in the prior art can not realize intermittent treatment. The device comprises a continuous medicine blending and adding device and a sewage comprehensive treatment device in mutual connection, wherein the continuous medicine blending and adding device comprises two separated liquid blending pools, a medicine blending water inlet manifold and a medicine adding pump; a medicine blending box with multiple liquid discharge holes formed in the side wall is arranged in each liquid blending pool; a stirrer is arranged in each medicine blending box; a medicine blending water inlet valve is mounted on the medicine blending water inlet manifold; the medicine blending water inlet valve is communicated with the medicine blending box through two medicine blending water inlet branch pipes; a medicine blending electromagnetic valve is arranged on each medicine blending water inlet branch pipe; a liquid inlet electric three-way valve is arranged at an inlet of the medicine adding pump, and an outlet is communicated with a pump liquid discharge pipe; pump liquid inlet pipes respectively extending into the liquid blending pools are arranged on the liquid inlet electric three-way valve; and the pump liquid discharge pipe extends into the sewage comprehensive treatment device. The device provided by the utility model can adapt to intermittent or continuous automatic medicine blending and adding operations of all kinds of medicines, and has great adaptability.
Description
Technical field
The utility model relates to the water treating equipment technical field, relates in particular to the integrated Integrated Processing Unit of a kind of oily(waste)water.
Background technology
Oily(waste)water is industrial production, a kind of common sewage that produces in manufacturing and the maintenance process, its composition is very complicated and unstable, comprise: the oil fuel that leaks in the maintenance disintegration process, lubricating oil, hydraulic efficiency oil, lubricating grease, the all kinds oil product in use is combined with other pollutant component of surrounding environment and the pollutent that produces, the emulsification product that all kinds oil product forms under the shock action of high-speed water jet, clean-out system and the complicated product that produces with all contaminations interaction, colloid or complex compound that pollutant dissolution forms in the water are suspended in various impurity in the water etc.
The oily(waste)water that industrial enterprise produces has following characteristics: one, pollutant component complexity and content are big, and composition and content can't accurately be predicted; Two, sewage often intermittently produces, and the sewage quantity of every day is difficult for determining; Three, the sewage quantity that produces average every day is little, several sides at least, tens sides at most, fewer above 100 sides; Four, often contain the complicated ingredient such as emulsification, colloid complex compound of clean-out system, oil product in the sewage, the difficulty of sewage disposal is big.
Because sewage degrease technology and sewage impurity removal process influence each other, middle-size and small-size oil-contained waste water treatment device in the market, the effect of handling is very undesirable, mainly there are following problems and shortcomings: one, make up a prescription and the chemicals dosing plant bad adaptability, the failure rate height, medicament is deposited on bottom, dosing pond easily, and stops up dosing pump and dosing pipe easily; Two, the existence of sump oil causes filtering unit to stop up the backwash weak effect of filtering unit easily; Three, the impurity component of sewage causes the oil removing material to lose efficacy fast easily, water outlet oleaginousness severe overweight; Four, operation and control are complicated, the poor stability of device operation; Five, air-float technology is adopted in sewage disposal more, and the effluent characteristics of the easy centering Small Sewage Treatment Equipment of chain slag scraping mechanism produces considerable influence; Six, device is difficult to satisfy the requirement of user's batch process, the process complexity that device is restarted.
The utility model content
The utility model proposes the integrated Integrated Processing Unit of a kind of oily(waste)water, solved the problem that sewage disposal device in the prior art can not batch process.
The technical solution of the utility model is achieved in that the integrated Integrated Processing Unit of oily(waste)water, comprise interconnective chemicals dosing plant and the sewage Integrated Processing Unit of making up a prescription continuously, the described chemicals dosing plant that makes up a prescription continuously comprises: two dosing ponds that isolate mutually, described dosing is equipped with Scatula in the pond, all have some outages on the sidewall of described Scatula, be equipped with agitator in the described Scatula; The water inlet manifold that makes up a prescription is equipped with the water intaking valve that makes up a prescription on it, the described water intaking valve that makes up a prescription makes up a prescription into by two that the water arm is communicated with described Scatula respectively, and described making up a prescription into is equipped with the magnetic valve that makes up a prescription on the water arm; Dosing pump, its ingress is provided with feed liquor electricity T-valve, and its exit is communicated with the pump liquid discharge pipe, and described feed liquor electricity T-valve is provided with the pump liquid-inlet pipe that stretches into respectively in the described dosing pond, and described pump liquid discharge pipe stretches in the described sewage Integrated Processing Unit.
As to improvement of the technical scheme, the exit of described dosing pump also is provided with back liquid electricity T-valve, and described time liquid electricity T-valve is provided with the pump liquid returning tube that stretches into respectively in two described Scatulas; Be provided with blowback liquid valve between described dosing pump and described time liquid electricity T-valve, described pump liquid discharge pipe is provided with the pump tapping valve.
As to further improvement in the technical proposal, be equipped with make up a prescription ball float and scarce medicine ball float in the described dosing pond; The described ball float that makes up a prescription is electrically connected between the magnetic valve with corresponding making up a prescription, and is electrically connected between described scarce medicine ball float and described feed liquor electricity T-valve, described time liquid electricity T-valve; Described scarce medicine ball float also is electrically connected with and lacks the medicine combined aural and visual alarm.
As preferred embodiment a kind of, described dosing pump is arranged at the top in described dosing pond.
As preferred embodiment a kind of, described sewage Integrated Processing Unit comprises: case is finished in the flocculation blending bin of Lian Tonging, elementary flocculation tanks and flocculation successively, be provided with the blending bin agitator in the described flocculation blending bin, be provided with the flocculation tanks agitator in the described elementary flocculation tanks, described flocculation is finished to be provided with in the case and is finished box mixer; Settler, being arranged at described flocculation finishes the downstream of case and is communicated with it, the lower space of described settler is the throw out collection box, the upper space of described settler is provided with the oil slick collection and is communicated with middle force (forcing) pump for delivery of sewage, described in the middle of the downstream of force (forcing) pump be provided with a plurality of water separation tank successively; Blowdown main is equipped with the blowdown T-valve between described blowdown main and described throw out collection box, the described water separation tank, and the outlet of described blowdown main is stretched in the mud collecting precipitation pond; The sewage fresh feed pump, its outlet is connected with described flocculation blending bin, and the feed-pipe of described sewage fresh feed pump stretches in the detention tank, and described flocculation blending bin is communicated with described pump liquid discharge pipe.
As to improvement of the technical scheme, the downstream position of described water separation tank is provided with ultraviolet disinfector.
As to further improvement in the technical proposal, described flocculation blending bin is provided with the blending bin thief hole, and described elementary flocculation tanks is provided with the flocculation tanks thief hole, and described flocculation is finished case and is provided with and finishes the case thief hole.
As preferred embodiment a kind of, be provided with up and down float switch one and the float switch two arranged in the described settler, be electrically connected between described float switch one and the described sewage fresh feed pump, be electrically connected between described float switch two and the described centre force (forcing) pump.
After having adopted technique scheme, the beneficial effects of the utility model are: this utility model can realize the continuous processing to sewage by the cooperatively interacting between chemicals dosing plant and the sewage Integrated Processing Unit of making up a prescription continuously.The chemicals dosing plant that makes up a prescription continuously wherein adopts the designs in two cover Scatulas and dosing pond, has realized making up a prescription and the continuous automatic job of dosing.
The chemicals dosing plant that makes up a prescription continuously can change by the aperture of regulating pump tapping valve and blowback liquid valve and adds what of dose, makes part band pressing liquid be back in the Scatula and flows into the dosing pond, utilizes again, has strengthened the circulation of soup.
By dosing pump being arranged on the top in dosing pond, can avoid the obstruction of dosing pump and pipeline thereof effectively.
To flocculate blending bin, elementary flocculation tanks, the flocculation of sewage Integrated Processing Unit in this utility model finished the case design together, inner UNICOM between the three, and compact construction, and design has agitator separately, can effectively guarantee the rapid precipitation of solid throw out.
Description of drawings
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, to do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below, apparently, accompanying drawing in describing below only is embodiment more of the present utility model, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to these accompanying drawings.
Fig. 1 is the process flow diagram of chemicals dosing plant of making up a prescription continuously in the utility model;
Fig. 2 is the process flow diagram of sewage Integrated Processing Unit in the utility model;
Fig. 3 is the structural representation of a kind of embodiment of the integrated Integrated Processing Unit of the utility model oily(waste)water;
Fig. 4 is the local enlarged diagram at I place among Fig. 3;
Fig. 5 is the part sectioned view of a kind of embodiment of the integrated Integrated Processing Unit of the utility model oily(waste)water;
Among the figure: 101-dosing pond one; The 102-magnetic valve one that makes up a prescription; 103-Scatula one; 104-pump liquid returning tube one; 105-agitator one; 106-pump liquid-inlet pipe one; The 107-ball float one that makes up a prescription; 108-lacks medicine ball float one; 201-dosing pond two; The 202-magnetic valve two that makes up a prescription; 203-Scatula two; 204-pump liquid returning tube two; 205-agitator two; 206-pump liquid-inlet pipe two; The 207-ball float two that makes up a prescription; 208-lacks medicine ball float two; The 301-water inlet manifold that makes up a prescription; The 302-water intaking valve that makes up a prescription; 303-blowback liquid valve; The 304-dosing pump; 305-pump liquid discharge pipe; 306-pump tapping valve; 307-feed liquor electricity T-valve; 308-returns liquid electricity T-valve; 401-sewage fresh feed pump; The 402-blending bin of flocculating; 403-blending bin agitator; 404-blending bin thief hole; The elementary flocculation tanks of 405-; 406-flocculation tanks agitator; 407-flocculation tanks thief hole; Case is finished in the 408-flocculation; 409-finishes box mixer; 410-finishes the case thief hole; The 411-settler; 412-oil slick collection; Force (forcing) pump in the middle of the 413-; 414-one-level water separation tank; 415-secondary water separation tank; The 416-uv steriliser; 417-throw out collection box; 418-blowdown T-valve one; 419-blowdown T-valve two; 420-blowdown T-valve three; The 421-blowdown main; 422-float switch one; 423-float switch two; The 424-device pedestal; 425-device housing.
Embodiment
Below in conjunction with the accompanying drawing among the utility model embodiment, the technical scheme among the utility model embodiment is clearly and completely described, obviously, described embodiment only is the utility model part embodiment, rather than whole embodiment.Based on the embodiment in the utility model, those of ordinary skills are not making the every other embodiment that obtains under the creative work prerequisite, all belong to the scope of the utility model protection.
Embodiment:
Shown in Fig. 1 to Fig. 5 is common, a kind of embodiment of the integrated Integrated Processing Unit of the utility model oily(waste)water, chemicals dosing plant and sewage Integrated Processing Unit are formed by making up a prescription continuously.
Wherein, the chemicals dosing plant that makes up a prescription continuously comprises: dosing pond 1, Scatula 1, water inlet pipe 301 makes up a prescription, water intaking valve 302 makes up a prescription, magnetic valve 1 makes up a prescription, dosing pump 304, pump liquid-inlet pipe 1, feed liquor electricity T-valve 307, pump liquid discharge pipe 305, pump tapping valve 306, pump liquid returning tube 1, blowback liquid valve 303, return liquid electricity T-valve 308, agitator 1, ball float 1 makes up a prescription, lack medicine ball float 1, dosing pond 2 201, Scatula 2 203, magnetic valve 2 202 makes up a prescription, pump liquid-inlet pipe 2 206, pump liquid returning tube 2 204, agitator 2 205, ball float 2 207 makes up a prescription, lack medicine ball float 2 208.The chemicals dosing plant that makes up a prescription continuously design has two cover dosing pond and Scatulas, and Scatula designs in the dosing pond, two uniform outages of side plate of Scatula; The centrifugal dosing pump 304 of self-priming is installed in top, dosing pond, the pump inlet design has feed liquor electricity T-valve 307, and be divided into two-way pump liquid-inlet pipe (pump liquid-inlet pipe 1 and pump liquid-inlet pipe 2 206) by T-valve, insert dosing pond separately respectively, pump liquid-inlet pipe bottom and dosing pond base plate are at a distance of suitable distance; Blowback liquid valve 303 outlet design has back liquid electricity T-valve 308, and is divided into two-way pump liquid returning tube (pump liquid returning tube 1 and pump liquid returning tube 2 204) and inserts respectively in separately the Scatula by returning the electric T-valve 308 of liquid; Water intaking valve 302 outlets of making up a prescription on the water inlet manifold 301 of making up a prescription are divided into make up a prescription water arm into of two-way and feed respectively in separately the Scatula, on the two-way water inlet arm respectively design have magnetic valve (magnetic valve 1 and the magnetic valve 2 202 that makes up a prescription make up a prescription) to control its water inlet; All design in each dosing pond and scarce medicine ball float is arranged and the ball float that makes up a prescription, the ball float that makes up a prescription is electrically connected between the magnetic valve with corresponding making up a prescription, lack the medicine ball float with corresponding feed liquor electricity T-valve, return between the electric T-valve of liquid, the scarce medicine combined aural and visual alarm and be electrically connected, the operation of agitator does not influence the state of ball float; The state of a control of dosing pump 304 switches has three kinds: manually/stop/automatically, the state of a control of two way solenoid valves (magnetic valve 1 and the magnetic valve 2 202 that makes up a prescription make up a prescription) switch also has three kinds: manually/stop/automatically.
The useful volume of Scatula: 2 * 30L among this embodiment, the useful volume in dosing pond: 2 * 400L, sewage disposal mode: intermittently/continuously, sewage load: 4000L/h, water inlet pH value: 5-11, influent turbidity: do not require, water inlet oleaginousness:＜5%, effluent index: pH value, colourity, suspended solids, oleaginousness, chemical oxygen demand (COD), indexs such as biological oxygen demand satisfy national sewage comprehensive emission standard GB8978-1996, wastewater disinfection: ultraviolet continuous sterilizing sterilization, blowdown control: automatically, device physical dimension length * wide * height: 3.8m * 2m * 2.8m.
The operational process of chemicals dosing plant of making up a prescription continuously is as follows:
1. according to the useful volume in dosing pond and the ratio of making up a prescription of requirement, load weighted former medicine is added Scatula 1.
2. open the water intaking valve 302 that makes up a prescription, pump tapping valve 306 and blowback liquid valve 303, forward dosing pump 304, magnetic valve one 102 switches that make up a prescription to " automatically " position, agitator one 105 operations, enter dosing pond 1 behind the former medicine mixed dissolution in band setting-out and the Scatula 1, water level in dosing pond 1 reaches going up in limited time of ball float one 107 settings of making up a prescription, the magnetic valve 1 that makes up a prescription cuts out and stops into water, and agitator 1 continues operation.
3. after the magnetic valve 1 that makes up a prescription cuts out, the path of feed liquor electricity T-valve 307 and time liquid electricity T-valve 308 forwards dosing pond 1 to, the time-delay certain hour, dosing pump 304 will start automatically, the aperture of adjusting pump tapping valve 306 and blowback liquid valve 303 can change and adds what of dose, band pushes back the stream soup and returns Scatula 1 and flow into dosing pond 1, and agitator 1 continues operation.
4. according to the useful volume in dosing pond and the ratio of making up a prescription of requirement, load weighted former medicine is added Scatula 2 203.
5. magnetic valve 2 202 switches that will make up a prescription forward " automatically " position to, agitator 2 205 operations, enter dosing pond 2 201 behind the former medicine mixed dissolution in band setting-out and the Scatula 2 203, water level in dosing pond 2 201 reaches going up in limited time of ball float 2 207 settings of making up a prescription, the magnetic valve 2 202 that makes up a prescription cuts out and stops into water, and agitator 2 205 continues operation.
6. when the liquid level in the dosing pond 1 is reduced to the position that lacks one 108 settings of medicine ball float, the path of feed liquor electricity T-valve 307 and time liquid electricity T-valve 308 forwards dosing pond 2 201 to, agitator 1 shuts down, and the scarce medicine combined aural and visual alarm in dosing pond 1 starts.
7. an amount of former medicine is added Scatula 1, remove the scarce medicine combined aural and visual alarm in dosing pond 1, the magnetic valve 1 that makes up a prescription is opened into water, agitator 1 starts operation, water level in dosing pond 1 reaches going up in limited time of ball float one 107 settings of making up a prescription, the magnetic valve 1 that makes up a prescription cuts out and stops into water, and agitator 1 continues operation.
8. when the liquid level in the dosing pond 2 201 is reduced to the position that lacks 2 208 settings of medicine ball float, the path of feed liquor electricity T-valve 307 and time liquid electricity T-valve 308 forwards dosing pond 1 to, agitator 2 205 is out of service, and the scarce medicine combined aural and visual alarm in dosing pond 2 201 starts.
9. an amount of former medicine is added Scatula 2 203, remove the scarce medicine combined aural and visual alarm in dosing pond 2 201, the magnetic valve 2 202 that makes up a prescription is opened into water, agitator 2 205 starts operation, water level in dosing pond 2 201 reaches going up in limited time of ball float 2 207 settings of making up a prescription, the magnetic valve 2 202 that makes up a prescription cuts out and stops into water, and agitator 2 205 continues operation.
10. so circulation just can realize continuous automated dispensing operation and feeding operations.
Sewage Integrated Processing Unit among this embodiment comprises: sewage fresh feed pump 401, float switch 1, flocculation blending bin 402, blending bin agitator 403, blending bin thief hole 404, elementary flocculation tanks 405, flocculation tanks agitator 406, flocculation tanks thief hole 407, case 408 is finished in flocculation, finish box mixer 409, finish case thief hole 410, settler 411, oil slick collection 412, middle force (forcing) pump 413, float switch 2 423, one-level water separation tank 414, secondary water separation tank 415, uv steriliser 416, throw out collection box 417, blowdown T-valve 1, blowdown T-valve 2 419, blowdown T-valve 3 420, blowdown main 421, device housing 425.Flocculation blending bin 402, elementary flocculation tanks 405, flocculation are finished case 408 designs together, inner UNICOM, and design the agitator that different rotating speeds is arranged separately; The outlet of blowdown main 421 is stretched in the mud collecting precipitation pond; The outlet of sewage fresh feed pump 401 is connected with flocculation blending bin 402, and the feed-pipe of sewage fresh feed pump 401 stretches in the detention tank; Float switch 1 and float switch 2 423 designs are on settler 411 tops; Be electrically connected between float switch 1 and the sewage fresh feed pump 401, be electrically connected between float switch 2 423 and the middle force (forcing) pump 413; Throw out collection box 417 designs in the bottom of settler 411, and by blowdown T-valve 3 420 control blowdowns automatically; Sewage draining exit has all been designed in one-level water separation tank 414 and secondary water separation tank 415 bottoms, and respectively by blowdown T-valve 1 and blowdown T-valve 2 419 control blowdown automatically, certainly, the number of water separation tank can arrange a plurality of; Above-mentioned all members are all installed design on a device pedestal 424.
The working procedure of sewage Integrated Processing Unit is as follows:
1. sewage enters flocculation blending bin 402 after 401 pressurizations of sewage fresh feed pump, and mixes with the soup of dosing pump 304 outputs under the stirring of blending bin agitator 403.
2. the mixed sewage of dosing enters elementary flocculation tanks 405, and under the stirring of flocculation tanks agitator 406 preliminary flocculation reaction takes place.
3. the sewage after the preliminary flocculation enters flocculation and finishes case 408, and finishes the flocculation reaction of sewage under the stirring of finishing box mixer 409.
4. use transparent vessel from blending bin thief hole 404, flocculation tanks thief hole 407, finish case thief hole 410 sampling, can check and monitor the situation of the mixing situation of sewage dosing, elementary flocculation reaction, the situation of final flocculation reaction respectively.
5. the sewage after the flocculation enters settler 411, solid sediment progressively precipitates and enters throw out collection box 417 in settler 411, little oil droplet in the sewage progressively is gathered into larger oil droplet and rises to water surface formation oil slick, and by 412 collections of oil slick collection, force (forcing) pump 413 in the middle of the settler 411 tops later sewage of clarification enters.
6. through the clarification sewage after middle force (forcing) pump 413 pressurizations, through one-level water separation tank 414 and secondary water separation tank 415, a small amount of oil content residual in the sewage is adsorbed fixing, pass through the online sterilization and disinfection of ultraviolet disinfector 416 again, the water quality after the processing can reach the requirement of state sewage emission standard.
7. blowdown T-valve 3 420 blowdown of control throw out collection box 417 automatically, blowdown T-valve 1 is the blowdown of control one-level water separation tank 414 automatically, blowdown T-valve 2 419 is the blowdown of control secondary water separation tank 415 automatically, and all blowdowns are returned mud collecting precipitation pond through blowdown main 421.
8. the liquid level in settler 411 is higher than the high-water that float switch 1 is set, and when perhaps the dosing pond lacked the medicine warning, sewage fresh feed pump 401 and dosing pump 304 were out of service automatically.
9. when the liquid level in the settler 411 was lower than the low-water level of float switch 2 423 settings, middle force (forcing) pump 413 was out of service automatically.
The chemicals dosing plant that makes up a prescription continuously of this utility model has solved the easy bottom settlings of medicament and dosing pump and the easy blocking problem of pipeline thereof in the existing chemicals dosing plant that makes up a prescription, can adapt to intermittence or the continuous automated dispensing feeding operations of all kinds medicament, caking does not influence normally carrying out of its dispensing flow yet even medicament is clamminess; The sewage Integrated Processing Unit has solved the problems that existing similar waste disposal plant exists, and is simple to operate, stable and reliable operation, intermittently and continuously processing all can, have a very strong suitability.
The above only is preferred embodiment of the present utility model; not in order to limit the utility model; all within spirit of the present utility model and principle, any modification of doing, be equal to replacement, improvement etc., all should be included within the protection domain of the present utility model.
Claims (8)
1. the integrated Integrated Processing Unit of oily(waste)water comprises interconnective chemicals dosing plant and the sewage Integrated Processing Unit of making up a prescription continuously, it is characterized in that:
The described chemicals dosing plant that makes up a prescription continuously comprises
Two dosing ponds that isolate mutually, described dosing is equipped with Scatula in the pond, all has some outages on the sidewall of described Scatula, is equipped with agitator in the described Scatula;
The water inlet manifold that makes up a prescription is equipped with the water intaking valve that makes up a prescription on it, the described water intaking valve that makes up a prescription makes up a prescription into by two that the water arm is communicated with described Scatula respectively, and described making up a prescription into is equipped with the magnetic valve that makes up a prescription on the water arm;
Dosing pump, its ingress is provided with feed liquor electricity T-valve, and its exit is communicated with the pump liquid discharge pipe, and described feed liquor electricity T-valve is provided with the pump liquid-inlet pipe that stretches into respectively in the described dosing pond, and described pump liquid discharge pipe stretches in the described sewage Integrated Processing Unit.
2. the integrated Integrated Processing Unit of oily(waste)water as claimed in claim 1 is characterized in that: the exit of described dosing pump also is provided with back liquid electricity T-valve, and described time liquid electricity T-valve is provided with the pump liquid returning tube that stretches into respectively in two described Scatulas;
Be provided with blowback liquid valve between described dosing pump and described time liquid electricity T-valve, described pump liquid discharge pipe is provided with the pump tapping valve.
3. the integrated Integrated Processing Unit of oily(waste)water as claimed in claim 2 is characterized in that: be equipped with make up a prescription ball float and scarce medicine ball float in the described dosing pond;
The described ball float that makes up a prescription is electrically connected between the magnetic valve with corresponding making up a prescription, and is electrically connected between described scarce medicine ball float and described feed liquor electricity T-valve, described time liquid electricity T-valve;
Described scarce medicine ball float also is electrically connected with and lacks the medicine combined aural and visual alarm.
4. as the integrated Integrated Processing Unit of each described oily(waste)water of claim 1 to 3, it is characterized in that: described dosing pump is arranged at the top in described dosing pond.
5. the integrated Integrated Processing Unit of oily(waste)water as claimed in claim 1, it is characterized in that: described sewage Integrated Processing Unit comprises
Case is finished in the flocculation blending bin of Lian Tonging, elementary flocculation tanks and flocculation successively, is provided with the blending bin agitator in the described flocculation blending bin, is provided with the flocculation tanks agitator in the described elementary flocculation tanks, and described flocculation is finished to be provided with in the case and finished box mixer;
Settler, being arranged at described flocculation finishes the downstream of case and is communicated with it, the lower space of described settler is the throw out collection box, the upper space of described settler is provided with the oil slick collection and is communicated with middle force (forcing) pump for delivery of sewage, described in the middle of the downstream of force (forcing) pump be provided with a plurality of water separation tank successively;
Blowdown main is equipped with the blowdown T-valve between described blowdown main and described throw out collection box, the described water separation tank, and the outlet of described blowdown main is stretched in the mud collecting precipitation pond;
The sewage fresh feed pump, its outlet is connected with described flocculation blending bin, and the feed-pipe of described sewage fresh feed pump stretches in the detention tank, and described flocculation blending bin is communicated with described pump liquid discharge pipe.
6. the integrated Integrated Processing Unit of oily(waste)water as claimed in claim 5, it is characterized in that: the downstream position of described water separation tank is provided with ultraviolet disinfector.
7. the integrated Integrated Processing Unit of oily(waste)water as claimed in claim 6, it is characterized in that: described flocculation blending bin is provided with the blending bin thief hole, and described elementary flocculation tanks is provided with the flocculation tanks thief hole, and described flocculation is finished case and is provided with and finishes the case thief hole.
8. as the integrated Integrated Processing Unit of each described oily(waste)water of claim 5 to 7, it is characterized in that: be provided with float switch one and the float switch two arranged up and down in the described settler, be electrically connected between described float switch one and the described sewage fresh feed pump, described float switch two with described in the middle of be electrically connected between the force (forcing) pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320171853 CN203173921U (en) | 2013-04-08 | 2013-04-08 | Oily sewage integrated comprehensive treatment device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320171853 CN203173921U (en) | 2013-04-08 | 2013-04-08 | Oily sewage integrated comprehensive treatment device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203173921U true CN203173921U (en) | 2013-09-04 |
Family
ID=49070654
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320171853 Expired - Lifetime CN203173921U (en) | 2013-04-08 | 2013-04-08 | Oily sewage integrated comprehensive treatment device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203173921U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105347432A (en) * | 2015-11-17 | 2016-02-24 | 深圳市天得一环境科技有限公司 | Full-automatic efficient oil filtering equipment |
| CN106731994A (en) * | 2016-12-16 | 2017-05-31 | 芜湖万向新元环保科技有限公司 | A kind of flocculation adjustment method tank |
| CN111423036A (en) * | 2020-05-26 | 2020-07-17 | 杭州晋建环保科技有限公司 | Oil removing device for industrial oily sewage |
-
2013
- 2013-04-08 CN CN 201320171853 patent/CN203173921U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105347432A (en) * | 2015-11-17 | 2016-02-24 | 深圳市天得一环境科技有限公司 | Full-automatic efficient oil filtering equipment |
| CN106731994A (en) * | 2016-12-16 | 2017-05-31 | 芜湖万向新元环保科技有限公司 | A kind of flocculation adjustment method tank |
| CN111423036A (en) * | 2020-05-26 | 2020-07-17 | 杭州晋建环保科技有限公司 | Oil removing device for industrial oily sewage |
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