CN209619093U - A kind of system of multinomial Coordination Treatment trade effluent - Google Patents

Abstract

The utility model discloses a kind of systems of multinomial Coordination Treatment trade effluent, including the sequentially connected settler for going out the sludge settling in sewage, the oxidation unit for being used to be electrolysed, be aoxidized by the sterilizing unit of the part removal of bacteria in sewage and by sewage；The sterilizing unit includes sterilization pool, the infrared heating component being arranged on sterilization pool side wall and the sterilization module that sterilization bottom of pond portion is arranged in；The oxidation unit includes oxidation pond, the insulating base that oxidation bottom of pond portion is arranged in, the anode iron staff that is arranged on insulating base and two is oppositely arranged on aeration tube in oxidation pond；The system of the multinomial Coordination Treatment trade effluent is high-efficient to the removal of bacteria in sewage, can reach the discharge standard of trade effluent.

Description

A kind of system of multinomial Coordination Treatment trade effluent

Technical field

The utility model relates to Industrial Waste Water Treatments field, in particular to a kind of multinomial Coordination Treatment trade effluent is System.

Background technique

Trade effluent refers to the waste water and waste liquid generated in industrial processes, wherein containing the industrial production outflowed with water The pollutant generated in materials, intermediate product, byproduct and production process, with the rapid development of industry, the type of sewage Rapidly increase with quantity, it is also increasingly extensively and serious to the pollution of water body, threaten the health and safety of the mankind.For protecting environment For, the processing of trade effluent is more even more important than the processing of municipal sewage；Industrial sewage process method can be divided by its action principle For four major class, i.e. physical treatment process, method of chemical treatment, physicochemical treatment method and biological treatment.

Existing Authorization Notice No. is that the Chinese patent of CN207973583U discloses a kind of equipment for processing industrial sewage, is wrapped Water tank, water inlet, Rose Box, secondary filtration case, recycling bins, bracket a, bracket b and pedestal were included, the water tank left end of crossing is equipped with Water inlet, the water tank lower end of crossing are equipped with Rose Box, and the Rose Box right end is equipped with recycling bins, and the Rose Box lower end is equipped with two Grade Rose Box, secondary filtration case lower end are equipped with pedestal, and the pedestal left and right ends are respectively equipped with bracket a and bracket b；Pass through Water tank lower end is crossed equipped with Rose Box, can the solid matter in food industry sewage be filtered out and is uniformly processed, reduce dirt Water impurity is on the pollution of water environment and influence.

Above-mentioned technical problem has the following deficiencies: that the sewage disposal device is suitable for handling food industry sewage, For chemical industry, pesticide field trade effluent in, it is inefficient to the removal of bacteria in sewage using above-mentioned processing equipment, The discharge standard of trade effluent is not achieved.

Utility model content

The purpose of the utility model is to provide a kind of systems of multinomial Coordination Treatment trade effluent, and the system is to trade effluent In contaminant removal efficiency it is high, and the discharge standard of trade effluent can be reached.

The above-mentioned technical purpose of the utility model has the technical scheme that

A kind of system of multinomial Coordination Treatment trade effluent, including sequentially connected for going out the sludge settling in sewage Settler, the oxidation for being electrolysed, being aoxidized by the sterilizing unit of the part removal of bacteria in sewage and by sewage Device；The sterilizing unit includes sterilization pool, the infrared heating component being arranged on sterilization pool side wall and is arranged in sterilization pool The sterilization module of bottom；The oxidation unit includes oxidation pond, the insulating base that oxidation bottom of pond portion is arranged in, is arranged on insulating base Anode iron staff and the two opposite aeration tubes being rotatably arranged in oxidation pond.

Through the above technical solutions, sewage first pass around settler by sewage sludge and solid deposits go out, Then sewage enters sterilization pool, and infrared heating component carries out heating sterilization to sewage, and sterilization module strengthens the sterilization to sewage Effect, last sewage enter in oxidation pond, and anode iron staff is powered, to be positive, since the shell of oxidation pond is stainless steel material, For cathode, insulating base avoids contacting anode iron staff and oxidation pond, enables anode iron staff normally to the sewage in oxidation pond Cell reaction occurs, aeration tube is rotatably arranged in oxidation pond, plays stirring action to the sewage in oxidation pond, enables sewage It is enough to be sufficiently electrolysed, the biochemical of sewage is realized, it is high to the contaminant removal efficiency in sewage, enable sewage to reach dirty The discharge standard of water.

The utility model is further arranged to: the settler includes sedimentation basin, and the bottom surface of the sedimentation basin is inclination Face, the lower side of sedimentation basin bottom of pond form sludge collecting chamber, and the sedimentation basin is equipped with far from the side wall of sludge collecting chamber Discharge outlet is connected with water pump at the discharge outlet.

Through the above technical solutions, the bottom of sedimentation basin be tilting gearing, when the settlement of sewage in sedimentation basin for a period of time Later, sludge settling is in sludge collecting chamber, and discharge outlet is arranged in sedimentation basin and is higher than on the side wall of sludge collecting chamber, so that water pump When extracting sewage from discharge outlet, sludge will not be extracted, improve treatment effeciency.

The utility model is further arranged to: the water inlet of the water pump is connected with discharge outlet by pipeline, the pipeline One end of interior close discharge outlet is embedded with filter screen.

Through the above technical solutions, when water pump extracts the sewage in sedimentation basin, since there is also some suspensions in sewage Object, filter screen can filter out suspended matter, so that not having solid matter in the sewage that water pump extracts, avoid line clogging.

The utility model is further arranged to: the infrared heating component includes uniformly being arranged on sterilization pool surrounding side wall Several infrared hot plates and the solar panel that is arranged in outside sterilization pool, the infrared hot plate and solar panel It is electrically connected.

Through the above technical solutions, solar panel powers to infrared hot plate, so that infrared hot plate can be to sterilization Sewage in pond carries out heating sterilization, using solar recharging, has saved resource.

The utility model is further arranged to: the sterilization module includes several ultraviolet lamps that sterilization bottom of pond portion is arranged in, Width direction spaced set of the ultraviolet lamp along sterilization bottom of pond portion.

Through the above technical solutions, ultraviolet lamp is electrified, the ultraviolet light that ultraviolet lamp is launched can remove thin in sewage Bacterium improves bactericidal effect so that sewage is sufficiently sterilized.

The utility model is further arranged to: the side of the oxidation pond is equipped with the motor of driving aeration tube rotation, described The one end of aeration tube far from motor is rotatablely connected by rotary joint and oxidation pond far from the side wall of motor, the circle of the aeration tube Several ventholes are laid on peripheral wall, the rotary joint is connected with air pump far from one end of aeration tube.

Through the above technical solutions, being rotated using motor driven aeration tube, the sewage in oxidation pond can be stirred, be added The fast cell reaction of sewage, while using air pump to being inflated in aeration tube, by venthole to the sewage in oxidation pond Be oxygenated quenched, the biodegradability of sewage is improved, so that sewage can qualified discharge.

The utility model is further arranged to: the bottom end of the anode iron staff is equipped with two convex blocks relatively along its circumferencial direction, The upper surface of the insulating base is equipped with the groove matched with the minor axis of anode iron staff, and the notch of groove is located on the insulating base Place is equipped with the insertion groove matched with convex block, and the groove inner wall is equipped with the card being connected with insertion trench bottom along its circumferencial direction Tight slot.

Through the above technical solutions, the convex block on anode iron staff is directed at insertion groove, then anode iron staff is inserted into groove, Anode iron staff is rotated, drives convex block to turn in clamping slot, realizes anode iron staff and be fixed on insulating base.

In conclusion the utility model has the following beneficial effects:

1. sewage enter settler by sewage solid matter and sludge settling go out, sewage enters sterilization pool later It is interior, heating sterilization is carried out by infrared heating component, while the sterilization processing to sewage is strengthened by sterilization module, it is last dirty Water, which enters in oxidation pond, to be electrolysed sewage, is aoxidized, and is realized to the biochemical of sewage, so that sewage can qualified discharge；

2. the bottom of sedimentation basin is inclined surface, it is convenient in sludge and solid deposits to sludge collecting chamber, so that water pump It will not be drawn into the water of sludge, improved work efficiency；

3. ultraviolet lamp is electrified, the bacteria-eliminating efficacy to sewage is strengthened.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model.

Fig. 2 is the structural schematic diagram of settler.

Fig. 3 is the structural schematic diagram of sterilizing unit.

Fig. 4 is the structural schematic diagram of insulating base Yu anode iron staff positional relationship.

Appended drawing reference: 1, settler；1a, sedimentation basin；1b, inclined surface；1c, sludge collecting chamber；1d, discharge outlet；1e, water Pump；2, sterilizing unit；21, sterilization pool；22, infrared heating component；22a, infrared hot plate；22b, solar panel；23, it kills Bacterium component；23a, ultraviolet lamp；3, oxidation unit；3a, oxidation pond；3b, insulating base；3c, anode iron staff；3d, aeration tube；4, it manages Road；5, filter screen；6, motor；7, rotary joint；8, venthole；9, air pump；10, convex block；11, groove；12, insertion groove；13, block Tight slot；14, water inlet.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

Embodiment:

A kind of system of multinomial Coordination Treatment trade effluent is used for including sequentially connected by the sludge of sewage referring to Fig.1 The settler 1 that is settled out, for being electrolysed by the sterilizing unit 2 of the part removal of bacteria in sewage and by sewage, oxygen The oxidation unit 3 of change.

Referring to Fig. 2, settler 1 includes sedimentation basin 1a, and the bottom surface of sedimentation basin 1a is inclined surface 1b, the bottom surface of sedimentation basin 1a For inclined surface 1b, the lower side of the bottom of pond of sedimentation basin 1a forms sludge collecting chamber 1c, and sedimentation basin 1a is far from sludge collecting chamber 1c's Side wall is equipped with discharge outlet 1d, and water pump 1e is connected at discharge outlet 1d, and the water inlet 14 and discharge outlet 1d of water pump 1e passes through pipeline 4 It is connected, one end in pipeline 4 close to discharge outlet 1d is embedded with filter screen 5；The inclined bottom surface of sedimentation basin 1a is arranged, so that in sewage Sludge and solid deposits in the bottom of sewage collecting room, discharge outlet 1d is arranged in sedimentation basin 1a far from sludge collecting chamber 1c Side wall on, when so that water pump 1e in sedimentation basin 1a to drawing water, sludge will not be extracted out, filter screen 5 can will be in sewage Suspended matter filters out, and avoids pipeline 4 from blocking, improves the efficiency to Industrial Waste Water Treatments.

Referring to Fig. 3, sterilizing unit 2 include the sterilization pool 21 that shape is cabinet, be arranged in it is infrared on 21 side wall of sterilization pool Heating component 22 and the sterilization module 23 that 21 bottom of sterilization pool is set；Infrared heating component 22 includes uniformly being arranged in sterilization Four pieces of infrared hot plate 22a on 21 surrounding side wall of pond, infrared hot plate 22a electrically connect with external solar panel 22b It connects；Sterilization module 23 is 9 including several ultraviolet lamp 23a(preferred amounts that 21 bottom of sterilization pool is arranged in), the edge ultraviolet lamp 23a The width direction spaced set of 21 bottom of sterilization pool；Pass through water pump 1e(Fig. 2) by the sewage in sedimentation basin 1a(Fig. 2) extract to In sterilization pool 21, powered by solar panel 22b to infrared hot plate 22a, so that infrared hot plate 22a is to sterilization pool 21 Interior sewage heats sterilization, using solar recharging, reduces the cost of sewage treatment；Ultraviolet lamp 23a is powered, is strengthened pair The sterilization processing of sewage enables the sewage in sterilization pool 21 sufficiently to be sterilized, improves the efficiency of sewage treatment.

Referring to Fig.1, oxidation unit 3 include shape be the oxidation pond 3a of cabinet, the shape that is arranged in the bottom oxidation pond 3a is Discoidal insulating base 3b, the anode iron staff 3c and two being arranged on insulating base 3b are opposite to be rotatably arranged in oxidation pond 3a Aeration tube 3d；Sewage after sterilization processing enters in oxidation pond 3a, anode iron staff 3c is powered, since anode iron staff 3c is Anode, oxidation pond 3a are that stainless steel material is cathode, and insulating base 3b is plastic material, so that anode iron staff 3c is avoided and oxidation pond 3a contact, will not occur short circuit, so that cell reaction can occur for sewage, while be stirred, made to sewage using aeration tube 3d Obtaining sewage can be sufficiently electrolysed, and finally realize the biochemical of sewage, sewage is enabled to reach discharge standard.

Referring to Fig.1, the side of oxidation pond 3a is equipped with the motor 6 of driving aeration tube 3d rotation, and aeration tube 3d is far from motor 6 One end is rotatablely connected by rotary joint 7 and oxidation pond 3a far from the side wall of motor 6, is laid in the circumferential wall of aeration tube 3d Several ventholes 8, rotary joint 7 are connected with air pump 9 far from one end of aeration tube 3d；Aeration tube 3d is driven to rotate using motor 6, Sewage in oxidation pond 3a can be stirred, sewage is sufficiently electrolysed, while using air pump 9 in aeration tube 3d It is inflated, is entered in oxidation pond 3a by venthole 8, realize that aeration tube 3d during rotation can fill sewage Oxygen finally realizes the biochemical of sewage, sewage is enabled to reach discharge standard.

Referring to Fig. 4, the bottom end of anode iron staff 3c is equipped with two convex blocks 10, the upper surface of insulating base 3b along its circumferencial direction relatively Equipped with the groove 11 matched with the minor axis of anode iron staff 3c, it is located at the notch of groove 11 on insulating base 3b and is equipped with and convex block 10 The insertion groove 12 matched, 11 inner wall of groove are equipped with the clamping slot 13 being connected with 12 bottom of insertion groove along its circumferencial direction；It will Convex block 10 is aligned with insertion groove 12, so that anode iron staff 3c is rotated in anode iron staff 3c insertion groove 11, so that convex block 10 rotates To clamping slot 13, so that anode iron staff 3c is fixed in insulating base 3b, enable anode iron staff 3c normal power-up, so that dirty Cell reaction, the final biodegradability for realizing sewage occur for water.

The working principle of the utility model are as follows: sewage, which initially enters, precipitates one end time in sedimentation basin 1a so that sludge and In solid deposits to sludge collecting chamber 1c, water in sedimentation basin 1a is extracted to sterilization pool 21 by water pump 1e, is filtered Net 5 can filter out the suspended matter in sedimentation basin 1a；Infrared hot plate 22a, solar energy heating plate and ultraviolet lamp 23a are led to again Electricity, so that the sewage in sterilization pool 21 is sufficiently sterilized, sewage enters in oxidation pond 3a later, and anode iron staff 3c is powered on together, It recycles motor 6 to drive aeration tube 3d rotation, while using air pump 9 to inflating in aeration tube 3d, realizing that aeration tube 3d is being rotated In the process, gas is entered in sewage by venthole 8, is oxygenated to sewage, while aeration cylinder is during rotation to oxidation Sewage in the 3a of pond is stirred, and sewage is sufficiently electrolysed, and realizes the biodegradability of sewage, so that sewage is normally arranged It puts.

This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but As long as all by the protection of Patent Law in the scope of the claims of the utility model.

Claims (7)

1. a kind of system of multinomial Coordination Treatment trade effluent, it is characterised in that: including sequentially connected for will be in sewage Sludge settling go out settler (1), for being carried out by the sterilizing unit (2) of the part removal of bacteria in sewage and by sewage The oxidation unit (3) of electrolysis, oxidation；The sterilizing unit (2) includes sterilization pool (21), is arranged on sterilization pool (21) side wall Infrared heating component (22) and setting sterilization pool (21) bottom sterilization module (23)；The oxidation unit (3) includes oxygen Change pond (3a), setting the bottom oxidation pond (3a) insulating base (3b), be arranged anode iron staff (3c) on insulating base (3b) with And two be oppositely arranged on aeration tube (3d) in oxidation pond (3a).

2. a kind of system of multinomial Coordination Treatment trade effluent according to claim 1, it is characterised in that: the precipitating dress Setting (1) includes sedimentation basin (1a), and the bottom surface of the sedimentation basin (1a) is inclined surface (1b), sedimentation basin (1a) bottom of pond lower one Side forms sludge collecting chamber (1c), and the sedimentation basin (1a) is equipped with discharge outlet (1d) far from the side wall of sludge collecting chamber (1c), Water pump (1e) is connected at the discharge outlet (1d).

3. a kind of system of multinomial Coordination Treatment trade effluent according to claim 2, it is characterised in that: the water pump The water inlet (14) of (1e) is connected with discharge outlet (1d) by pipeline (4), close to the one end of discharge outlet (1d) in the pipeline (4) It is embedded with filter screen (5).

4. a kind of system of multinomial Coordination Treatment trade effluent according to claim 1, it is characterised in that: it is described it is infrared plus Hot component (22) includes that several infrared hot plates (22a) being uniformly arranged on sterilization pool (21) surrounding side wall and setting are being killed The solar panel (22b) of bacterium pond (21) outside, the infrared hot plate (22a) and solar panel (22b) are electrically connected.

5. a kind of system of multinomial Coordination Treatment trade effluent according to claim 1, it is characterised in that: the sterilization group Part (23) includes several ultraviolet lamps (23a) of the setting in sterilization pool (21) bottom, and the ultraviolet lamp (23a) is along sterilization pool (21) bottom The width direction spaced set in portion.

6. a kind of system of multinomial Coordination Treatment trade effluent according to claim 1, it is characterised in that: the oxidation pond The side of (3a) is equipped with the motor (6) of driving aeration tube (3d) rotation, and the aeration tube (3d) passes through far from the one end of motor (6) Rotary joint (7) and oxidation pond (3a) are rotatablely connected far from the side wall of motor (6), uniformly distributed in the circumferential wall of the aeration tube (3d) Equipped with several ventholes (8), the rotary joint (7) is connected with air pump (9) far from the one end of aeration tube (3d).

7. a kind of system of multinomial Coordination Treatment trade effluent according to claim 1, it is characterised in that: the anode iron The bottom end of stick (3c) is equipped with two convex blocks (10) relatively along its circumferencial direction, and the upper surface of the insulating base (3b) is equipped with and anode iron The groove (11) that the minor axis of stick (3c) matches is located on the insulating base (3b) at the notch of groove (11) and is equipped with and convex block (10) insertion groove (12) matched, groove (11) inner wall is equipped with along its circumferencial direction to be connected with insertion groove (12) bottom Clamping slot (13).