CN109095647A

CN109095647A - A kind of high-efficiency sewage processing method

Info

Publication number: CN109095647A
Application number: CN201811027954.6A
Authority: CN
Inventors: 彭圆
Original assignee: Individual
Current assignee: Individual
Priority date: 2018-09-04
Filing date: 2018-09-04
Publication date: 2018-12-28

Abstract

The present invention relates to wastewater oxidation processing technology field, specifically a kind of high-efficiency sewage processing method, method includes the following steps: S1: sewage being stood, the solid impurity contained in filter sewage；S2: sewage oxidation device is added in sewage filtered in S1；S3: being added strong oxidizer into sewage oxidation device, aoxidize to sewage, decomposes the pollutant in sewage；S4: the settlement of sewage after the fully oxidized decomposition of sewage oxidation device in S3 is filtered, sterilization box is passed through；S5: being filled with nitrogen into sterilization box, and oxygen in sterilization box is discharged all, is persistently filled with nitrogen, and nitrogen is not soluble in water, forms high pressure conditions and kills bacterium in sewage under this high pressure vacuum state, achieve the goal；The present invention reoxidizes processing, the method finally sterilized substantially increases the quality of wastewater treatment by first filtering.

Description

A kind of high-efficiency sewage processing method

Technical field

The present invention relates to wastewater oxidation processing technology field, specifically a kind of high-efficiency sewage processing method.

Background technique

Wastewater treatment is exactly to be handled using the method for physics, chemistry and biology waste water, makes purification of waste water, is reduced dirty Dye makes full use of water resource so that reaching Sewage treatment, multiplexing, and separated from contaminants each in waste water is come out or converted it into The process of innocuous substance, wastewater oxidation facture are one kind of waste water method of chemical treatment, utilize strong oxidizer oxygenolysis waste water Middle pollutant, the method to purify waste water.

However traditional integration contact wastewater oxidation processing unit waste water and oxidant in wastewater oxidation treatment process Contact area it is small, mobility is small, to influence oxidation processes speed and its quality, the aeration quantity in waste water is few, sewage treatment Gas storage in the process is inconvenient.In consideration of it, the present invention provides a kind of high-efficiency sewage processing methods, with following spy Point:

(1) a kind of high-efficiency sewage processing method of the present invention, this method use sewage oxidation device, and driving structure is matched It closes the use of mixed structure and then makes the just uniformly mixing in addition of waste water and oxidant, substantially increase waste water and oxidant Contact area, substantially increases the quality of wastewater treatment, while it is useless in storage organization to cooperate the use of stirring structure to promote The circulation of water further improves the efficiency and its quality of wastewater oxidation processing.

(2) a kind of high-efficiency sewage processing method of the present invention, this method use sewage oxidation device, and drive mechanism is matched The use for closing aeration structure, increases the velocity of liquid assets of the oxygen in sewage, so that sewage treating efficiency is higher, increases simultaneously The pressure of the inside of storage organization cooperates the use of gas vent convenient for handling the exhaust gas in sewage treatment, to mention High quality of sewage disposal.

(3) a kind of high-efficiency sewage processing method of the present invention, this method use sewage oxidation device, and drive mechanism connects It is connected to driving structure, convenient for storing the air circulation near equipment while being driven to aeration structure, convenient for driving structure Cool down with storage organization, improves the service performance of device.

Summary of the invention

For the problems of the prior art, the present invention provides a kind of high-efficiency sewage processing method, this method uses sewage Oxidation unit, the use of driving structure cooperation mixed structure make the just uniformly mixing in addition of waste water and oxidant in turn, significantly The contact area for improving waste water and oxidant, substantially increases the quality of wastewater treatment, while cooperating the use of stirring structure The circulation of the waste water in storage organization is promoted, the efficiency and its quality of wastewater oxidation processing are further improved；Transmission knot Structure cooperates the use of aeration structure, the velocity of liquid assets of the oxygen in sewage is increased, so that sewage treating efficiency is higher, simultaneously The pressure for increasing the inside of storage organization cooperates the use of gas vent convenient for handling the exhaust gas in sewage treatment, from And improve quality of sewage disposal；Drive mechanism is connected to driving structure, sets convenient for storing while being driven to aeration structure Standby neighbouring air circulation improves the service performance of device convenient for cooling down to driving structure and storage organization.

The technical solution adopted by the present invention to solve the technical problems is: a kind of high-efficiency sewage processing method, this method packet Include following steps:

S1: sewage is stood, the solid impurity contained in filter sewage；

S2: sewage oxidation device is added in sewage filtered in S1；

S3: being added strong oxidizer into sewage oxidation device, aoxidize to sewage, decomposes the pollutant in sewage；

S4: the settlement of sewage after the fully oxidized decomposition of sewage oxidation device in S3 is filtered, sterilization box is passed through；

S5: being filled with nitrogen into sterilization box, and oxygen in sterilization box is discharged all, is persistently filled with nitrogen, nitrogen does not dissolve in Water forms high pressure conditions and kills bacterium in sewage under this high pressure vacuum state, achieve the goal；

This method uses sewage oxidation device, including storage organization, gas vent, driving structure, mixed structure, transmission knot Structure, aeration structure, third valve and stirring structure；Side wall for storing the storage organization of waste water is equipped with useless for storing The gas vent of gas；The side wall of the storage organization be equipped with the driving structure, and the driving structure be connected to it is described The mixed structure of storage organization rotation connection；It is equipped with and is used for for the mixed structure to oxidant and waste water mixing The drive mechanism of heat dissipation, the side wall of the storage organization is equipped with the aeration structure for aeration, and the transmission is tied Structure is connected to the aeration structure, is detachably connected between the aeration structure and the storage organization；The mixed structure and The inside of the storage organization is equipped with the stirring structure for stirring waste water；The side wall of the storage organization is equipped with and is used for The third valve of sewage effluent.

Specifically, the storage organization includes bucket and end cap, the driving structure is fixed on the side of the bucket It is detachably connected between the bucket for storing waste water of wall, the end cap and cylindrical structure, the gas vent passes through It is through at the bucket；The air inlet pipe of waste gas treatment equipment is connected to the gas vent first, it is useless during sewage oxidation Water is emitted into waste gas treatment equipment by the gas vent and handles, and effectively prevent gaseous contamination, and then improve sewage treatment Quality, while being detachably connected between the end cap and the bucket, the end cap easy to disassemble to the inside of bucket into Row maintenance and maintenance.

Specifically, the driving structure includes that motor, fixed plate, belt and two driving wheels, the fixed plate are fixed on The side wall of the bucket, the motor are fixed on the fixed plate, and the mixed structure is fixed on the end cap, described in one Driving wheel is fixed on the motor, another described driving wheel is fixed on the mixed structure, and the belt is wound in the drive Driving wheel；The power supply line of the motor is connected to outside line first when in use, the motor rotates, the institute on the motor State driving wheel drives the driving wheel on the mixed structure to rotate by the belt, to drive the drive mechanism band The mixed structure is moved to be stirred the waste water of the inside of the bucket, so improve waste water oxidation processes efficiency and its Quality.

Specifically, the mixed structure includes the first rotary joint, drive shaft, the first valve, the first flow-guiding channel, second Flow-guiding channel, the second rotary joint and the first connecting tube, the drive shaft extend to the bucket through the end cap Inside is rotatablely connected between the drive shaft and the end cap, and the driving wheel is fixed on the drive shaft, the drive shaft Inside is equipped with to be fixed respectively for first flow-guiding channel of water conservancy diversion and second flow-guiding channel, the both ends of the drive shaft There are first rotary joint and second rotary joint, first rotary joint is connected with first flow-guiding channel, Second rotary joint is connected with second flow-guiding channel, and the side wall of the bucket is equipped with first valve, described It is equipped between first valve and second rotary joint and is connected by first connecting tube, the circumferencial direction of the drive shaft Upper and the bucket circumferencial direction is equipped with one-to-one multiple stirring structures；First rotary joint is connected It is connected to the water inlet pipe of waste water, first valve is connected to the pipeline of oxidizing agent solution configuration equipment, the drive wheel The drive shaft turns, the drive shaft while driving the stirring structure to rotate in the inner rotation of the bucket, in institute The oxygen of the inside of the waste water and second flow-guiding channel of the inside of first flow-guiding channel described in stating while stirring structure rotates Agent solution is discharged from the stirring structure respectively, makes the just uniformly mixing in addition of waste water and oxidant, substantially increases The contact area of waste water and oxidant, substantially increases the quality of wastewater treatment, while the use of the stirring structure being cooperated to promote Into the circulation of the waste water in the bucket, the efficiency and its quality of wastewater oxidation processing are further improved.

Specifically, the stirring structure includes stirring rod, multiple protrusions and conduction hole, the circumferencial direction circle of the drive shaft All array distributions have the stirring rod of multiple cylindrical structures, the stirring rod alternating and described first of circumference array distribution Flow-guiding channel and second flow-guiding channel are connected, and the circumferencial direction on the stirring rod is equipped with the institute of multiple hemispherical dome structures Protrusion is stated, the conduction hole is connected through the protrusion with the stirring rod；The waste water of the inside of first flow-guiding channel By the conduction hole discharge on the stirring rod that is connected with first flow-guiding channel, second flow-guiding channel it is interior The oxidizing agent solution in portion passes through the conduction hole discharge on the stirring rod be connected with second flow-guiding channel, while institute It states drive shaft and drives the stirring rod rotation, so that the just uniformly mixing in addition of waste water and oxidant, substantially increases waste water With the contact area of oxidant, the quality of wastewater treatment is substantially increased, and then the use of the stirring rod is cooperated to promote institute The circulation of the waste water in bucket is stated, the efficiency and its quality of wastewater oxidation processing are further improved, the protrusion makes With the contact area increased with waste water, and then improve mixing quality.

Specifically, the drive mechanism includes cam, deflector and diversion trench, the cam is fixed on the drive shaft, The inside of the cam is equipped with the deflector of multiple arcs structure, and between two adjacent deflectors, described lead Multiple diversion trenches are surrounded between flowing plate and the cam；During the drive shaft turns, the cam rotation drives institute Deflector rotation is stated, the deflector of arcuate structure promotes air circulation, while dropping to the motor and the end cap Temperature substantially increases the service performance of device.

Specifically, the aeration structure include check valve, cover board, fixing sleeve, the second valve, the second connecting tube, drive block, Pressing plate, air bag, reset spring and third flow-guiding channel, the fixing sleeve and the fixed plate are symmetrically set in the side of the bucket Wall is detachably connected between the fixing sleeve and the cover board, and the inside of the fixing sleeve is equipped with the air bag, the air bag Inside is equipped with the reset spring, and the check valve and second valve extend to the air bag through the fixing sleeve Inside, be slidably connected between the pressing plate and the fixing sleeve, the pressing plate and the air bag contradict, the bottom end of the pressing plate For trapezium structure, the pressing plate is equipped with the semicircular drive block, the inside of the bucket away from one end of the air bag The third flow-guiding channel is equipped in interlayer, second valve is led with the third flow-guiding channel by second connecting tube Logical, the internal circumference of the bucket is equipped with the stirring rod of multiple circumference array distribution, described on the bucket The conduction hole on stirring rod is connected with the third flow-guiding channel；The cam rotates, and drives described in the actuated by cams Motion block makes the drive block that the pressing plate be driven to contradict the air bag, the air bag and institute in the internal slide of the fixing sleeve Fixing sleeve conflict is stated, the air sac pressing is deformed, the inside air bag pressure becomes larger, and passes through the gas of the inside of the air bag Second Valved discharge is crossed into second connecting tube, the drainage of the gas from the stirring rod on the bucket The inside of the bucket is emitted into hole, when the cam and the drive block non-contravention, the reset spring elongation is driven The air-pocket reset is moved, the memory space of the inside of the air bag is made to become larger, gas enters the air bag from the check valve Inside increases the velocity of liquid assets of the oxygen in sewage, so that sewage treating efficiency is higher, while increasing the bucket Inside pressure, cooperate the use of the gas vent convenient for handling the exhaust gas in sewage treatment, to improve dirt Quality of water treatment.

Beneficial effects of the present invention:

Detailed description of the invention

Present invention will be further explained below with reference to the attached drawings and examples.

Fig. 1 is a kind of structural representation of preferred embodiment of integration contact wastewater oxidation processing unit provided by the invention Figure；

Fig. 2 is the portion A shown in FIG. 1 enlarged diagram；

Fig. 3 is the structural schematic diagram of aeration structure shown in Fig. 2；

Fig. 4 is the attachment structure schematic diagram of mixed structure shown in FIG. 1 and bucket；

Fig. 5 is the portion B shown in Fig. 4 enlarged diagram.

In figure: 1, storage organization, 11, bucket, 12, end cap, 2, gas vent, 3, driving structure, 31, motor, 32, fixation Plate, 33, belt, 34, driving wheel, 4, mixed structure, the 41, first rotary joint, 42, drive shaft, the 43, first valve, 44, first Flow-guiding channel, the 45, second flow-guiding channel, the 46, second rotary joint, the 47, first connecting tube, 5, drive mechanism, 51, cam, 52, Deflector, 53, diversion trench, 6, aeration structure, 61, check valve, 62, cover board, 63, fixing sleeve, the 64, second valve, 65, second connects Adapter tube, 66, drive block, 67, pressing plate, 68, air bag, 69, reset spring, 69a, third flow-guiding channel, 7, third valve, 8, stirring Structure, 81, stirring rod, 82, protrusion, 83, conduction hole.

Specific embodiment

In order to be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, tie below Specific embodiment is closed, the present invention is further explained.

As shown in Figure 1, Figure 2 and Figure 4, a kind of high-efficiency sewage processing method of the present invention, this method include following step It is rapid:

S1: sewage is stood, the solid impurity contained in filter sewage；

S2: sewage oxidation device is added in sewage filtered in S1；

This method uses sewage oxidation device, including storage organization 1, gas vent 2, driving structure 3, mixed structure 4, transmission Structure 5, aeration structure 6, third valve 7 and stirring structure 8；Side wall for storing the storage organization 1 of waste water, which is equipped with, to be used In the gas vent 2 of storage exhaust gas；The side wall of the storage organization 1 is equipped with the driving structure 3, and the driving structure 3 It is connected to the mixed structure 4 with the storage organization 1 rotation connection；For the mixing to oxidant and waste water mixing Structure 4 is equipped with the drive mechanism 5 for heat dissipation, and the side wall of the storage organization 1 is equipped with the aeration for aeration Structure 6, and the drive mechanism 5 is connected to the aeration structure 6, it is removable between the aeration structure 6 and the storage organization 1 Unload connection；The inside of the mixed structure 4 and the storage organization 1 is equipped with the stirring structure 8 for stirring waste water；Institute The side wall for stating storage organization 1 is equipped with the third valve 7 for being used for sewage effluent.

Specifically, as shown in Figure 1, Figure 2 and Figure 4, a kind of high-efficiency sewage processing method of the present invention, the storage knot Structure 1 includes bucket 11 and end cap 12, and the driving structure 3 is fixed on the side wall of the bucket 11, the end cap 12 and circle Column structure is detachably connected between the bucket 11 of waste water for storing, and the gas vent 2 is through the storage Bucket 11；The air inlet pipe of waste gas treatment equipment is connected to the gas vent 2 first, described in the waste water process during sewage oxidation Gas vent 2, which is emitted into waste gas treatment equipment, to be handled, and effectively prevent gaseous contamination, and then improve quality of sewage disposal, simultaneously It is detachably connected between the end cap 12 and the bucket 11, the end cap 12 easy to disassemble carries out the inside of bucket 11 Maintenance and maintenance.

Specifically, as shown in Figure 1, a kind of high-efficiency sewage processing method of the present invention, the driving structure 3 include electricity Machine 31, fixed plate 32, belt 33 and two driving wheels 34, the fixed plate 32 is fixed on the side wall of the bucket 11, described Motor 31 is fixed on the fixed plate 32, and the mixed structure 4 is fixed on the end cap 12, and a driving wheel 34 is fixed on The motor 31, another described driving wheel 34 are fixed on the mixed structure 4, and the belt 33 is wound in the driving wheel 34；The power supply line of the motor 31 is connected to outside line first when in use, the motor 31 rotates, on the motor 31 The driving wheel 34 drive the driving wheel 34 on the mixed structure 4 to rotate by the belt 33, to drive institute Stating drive mechanism 5 drives the mixed structure 4 to be stirred the waste water of the inside of the bucket 11, and then improves waste water Oxidation processes efficiency and its quality.

Specifically, as shown in Figure 1, Figure 4 and Figure 5, a kind of high-efficiency sewage processing method of the present invention, the mixing knot Structure 4 includes the first rotary joint 41, drive shaft 42, the first valve 43, the first flow-guiding channel 44, the second flow-guiding channel 45, second Rotary joint 46 and the first connecting tube 47, the drive shaft 42 extend in the bucket 11 through the end cap 12 Portion is rotatablely connected between the drive shaft 42 and the end cap 12, and the driving wheel 34 is fixed on the drive shaft 42, the drive The inside of moving axis 42 is equipped with first flow-guiding channel 44 and second flow-guiding channel 45 for water conservancy diversion, the drive shaft 42 Both ends be respectively fixed with first rotary joint 41 and second rotary joint 46, first rotary joint 41 and institute The conducting of the first flow-guiding channel 44 is stated, second rotary joint 46 is connected with second flow-guiding channel 45, the bucket 11 Side wall be equipped with first valve 43, be equipped between first valve 43 and second rotary joint 46 by described the One connecting tube 47 connects, and is equipped with and corresponds with the circumferencial direction of the bucket 11 on the circumferencial direction of the drive shaft 42 Multiple stirring structures 8；First rotary joint 41 is connected to the water inlet pipe of waste water, first valve 43 is connected It is connected to the pipeline of oxidizing agent solution configuration equipment, the driving wheel 34 drives the drive shaft 42 to rotate, and the drive shaft 42 exists The inner rotation of the bucket 11, while the stirring structure 8 being driven to rotate, while institute is rotated in the stirring structure 8 The oxidizing agent solution of the waste water of the inside of the first flow-guiding channel 44 and the inside of second flow-guiding channel 45 is stated respectively from described It is discharged on stirring structure 8, makes the just uniformly mixing in addition of waste water and oxidant, substantially increase contact of the waste water with oxidant Area, substantially increases the quality of wastewater treatment, while the use of the stirring structure 8 being cooperated to promote in the bucket 11 Waste water circulation, further improve wastewater oxidation processing efficiency and its quality.

Specifically, as shown in Figure 1, Figure 4 and Figure 5, a kind of high-efficiency sewage processing method of the present invention, the stirring knot Structure 8 includes that stirring rod 81, multiple raised 82 and conduction hole 83, the circumferencial direction circumference array of the drive shaft 42 are distributed with multiple The stirring rod 81 of cylindrical structure, circumference array distribution the stirring rod 81 alternately with first flow-guiding channel 44 and Second flow-guiding channel 45 is connected, and the circumferencial direction on the stirring rod 81 is equipped with the protrusion of multiple hemispherical dome structures 82, the conduction hole 83 is connected through described raised 82 with the stirring rod 81；The inside of first flow-guiding channel 44 The conduction hole 83 that waste water passes through on the stirring rod 81 be connected with first flow-guiding channel 44 is discharged, and described second leads Described in the oxidizing agent solution of the inside of circulation road 45 passes through on the stirring rod 81 be connected with second flow-guiding channel 45 Conduction hole 83 is discharged, while the drive shaft 42 drives the stirring rod 81 to rotate so that waste water and oxidant in addition just Uniformly mixing, substantially increases the contact area of waste water and oxidant, substantially increases the quality of wastewater treatment, and then cooperate institute The use for stating stirring rod 81 promotes the circulation of the waste water in the bucket 11, further improves wastewater oxidation processing Efficiency and its quality, raised 82 use increases the contact area with waste water, and then improves mixing quality.

Specifically, as depicted in figs. 1 and 2, a kind of high-efficiency sewage processing method of the present invention, the drive mechanism 5 Including cam 51, deflector 52 and diversion trench 53, the cam 51 is fixed on the drive shaft 42, and the inside of the cam 51 is set Have the deflector 52 of multiple arcs structure, and between two adjacent deflectors 52, the deflector 52 and described Multiple diversion trenches 53 are surrounded between cam 51；In 42 rotation process of drive shaft, described in the rotation of cam 51 drive Deflector 52 rotates, and the deflector 52 of arcuate structure promotes air circulation, while to the motor 31 and the end cap 12 Cool down, substantially increases the service performance of device.

Specifically, as shown in Figure 1, Figure 2 and Figure 3, a kind of high-efficiency sewage processing method of the present invention, the aeration knot Structure 6 includes check valve 61, cover board 62, fixing sleeve 63, the second valve 64, the second connecting tube 65, drive block 66, pressing plate 67, air bag 68, reset spring 69 and third flow-guiding channel 69a, the fixing sleeve 63 are symmetrically set in the bucket 11 with the fixed plate 32 Side wall, be detachably connected between the fixing sleeve 63 and the cover board 62, the inside of the fixing sleeve 63 is equipped with the air bag 68, the inside of the air bag 68 is equipped with the reset spring 69, and the check valve 61 and second valve 64 are through institute The inside that fixing sleeve 63 extends to the air bag 68 is stated, is slidably connected between the pressing plate 67 and the fixing sleeve 63, the pressure Plate 67 and the air bag 68 contradict, and the bottom end of the pressing plate 67 is trapezium structure, and the pressing plate 67 deviates from the one of the air bag 68 End is equipped with the semicircular drive block 66, is equipped with the third flow-guiding channel 69a, institute in the inside interlayer of the bucket 11 It states the second valve 64 and third flow-guiding channel 69a to be connected by second connecting tube 65, the inside of the bucket 11 Circumference is equipped with the stirring rod 81 of multiple circumference array distribution, described on the stirring rod 81 on the bucket 11 Conduction hole 83 is connected with the third flow-guiding channel 69a；The cam 51 rotates, and the cam 51 drives the drive block 66 In the internal slide of the fixing sleeve 63, make the drive block 66 that the pressing plate 67 be driven to contradict the air bag 68, the air bag 68 contradict with the fixing sleeve 63, are squeezed and deformed the air bag 68, and 68 internal pressure of air bag becomes larger, and make the air bag 68 The gas of inside be emitted into second connecting tube 65 by second valve 64, gas is from the bucket 11 The inside of the bucket 11 is emitted into the conduction hole 83 of the stirring rod 81, when the cam 51 and the drive block When 66 non-contravention, the elongation of reset spring 69 drives the air bag 68 to reset, and makes the memory space of the inside of the air bag 68 Become larger, gas enters the inside of the air bag 68 from the check valve 61, increases the velocity of liquid assets of the oxygen in sewage, makes It is higher to obtain sewage treating efficiency, while increasing the pressure of the inside of the bucket 11, cooperates the use of the gas vent 2 just It is handled in the exhaust gas in sewage treatment, to improve quality of sewage disposal.

Addition pipeline and waste water the addition pipeline of oxidant are connected to mixed structure 4 first, by driving structure 3 and outside Power supply line connection, gas vent 2 is connected in waste gas treatment equipment, drives mixed structure 4 by waste water and oxygen by driving structure 3 Agent mixing, while by the further composite waste of stirring structure 8 and oxidant, while drive mechanism 5 drives aeration structure 8 The waste water of the inside of storage organization 1 is aerated, the exhaust gas that wastewater oxidation processing generates is accommodated at exhaust gas by gas vent 2 It manages in equipment, is discharged after wastewater treatment from third valve 7；Specifically have:

(1) air inlet pipe of waste gas treatment equipment is connected to gas vent 2 first, the first rotary joint 41 is connected to waste water Water inlet pipe, the first valve 43 is connected to the pipeline of oxidizing agent solution configuration equipment, the power supply line of motor 31 is connected to outer Portion's route, motor 31 rotate, and the driving wheel 34 on motor 31 drives the driving wheel 34 on mixed structure 4 to rotate by belt 33, To drive drive mechanism 5 that mixed structure 4 is driven to be stirred the waste water of the inside of bucket 11, and then improve the oxygen of waste water Change treatment effeciency and its quality；

(2) driving wheel 34 drives drive shaft 42 to rotate, and drive shaft 42 while driving stirring in the inner rotation of bucket 11 Structure 8 rotates, while stirring structure 8 rotates in the waste water and the second flow-guiding channel 45 of the inside of the first flow-guiding channel 44 The oxidizing agent solution in portion is discharged from stirring structure 8 respectively, makes the just uniformly mixing in addition of waste water and oxidant, greatly improves The contact area of waste water and oxidant, substantially increases the quality of wastewater treatment, while the use of stirring structure 8 being cooperated to promote The circulation of waste water in bucket 11 further improves the efficiency and its quality of wastewater oxidation processing；

The waste water of the inside of (3) first flow-guiding channels 44 passes through drawing on the stirring rod 81 be connected with the first flow-guiding channel 44 Discharge orifice 83 is discharged, and the oxidizing agent solution of the inside of the second flow-guiding channel 45 passes through the stirring rod 81 be connected with the second flow-guiding channel 45 On conduction hole 83 be discharged, while drive shaft 42 drives stirring rod 81 to rotate, so that waste water and oxidant are in addition with regard to uniform Mixing, substantially increases the contact area of waste water and oxidant, substantially increases the quality of wastewater treatment, and then cooperate stirring rod 81 use promotes the circulation of the waste water in bucket 11, further improves the efficiency and its matter of wastewater oxidation processing The use of amount, protrusion 82 increases the contact area with waste water, and then improves mixing quality；

(4) in 42 rotation process of drive shaft, the rotation of cam 51 drives deflector 52 to rotate, and the deflector 52 of arcuate structure promotees Cooling down into air circulation, while to motor 31 and end cap 12, substantially increases the service performance of device, cam 51 rotates, Cam 51 drive drive block 66 fixing sleeve 63 internal slide, make drive block 66 drive pressing plate 67 contradict air bag 68, air bag 68 contradict with fixing sleeve 63, are squeezed and deformed air bag 68, and 68 internal pressure of air bag becomes larger, and pass through the gas of the inside of air bag 68 Second valve 64 is emitted into the second connecting tube 65, and gas is emitted into from the conduction hole 83 of the stirring rod 81 on bucket 11 and deposits The inside of storage tank 11, when cam 51 and 66 non-contravention of drive block, the elongation driving air bag 68 of reset spring 69 resets, and makes air bag 68 The memory space of inside become larger, gas enters the inside of air bag 68 from check valve 61, increases the stream of the oxygen in sewage Logical speed cooperates the use of gas vent 2 so that sewage treating efficiency is higher, while increasing the pressure of the inside of bucket 11 Convenient for handling the exhaust gas in sewage treatment, so that quality of sewage disposal is improved, the waste water warp during sewage oxidation It crosses gas vent 2 and is emitted into waste gas treatment equipment and handle, effectively prevent gaseous contamination, and then improve quality of sewage disposal, together When end cap 12 and bucket 11 between be detachably connected, end cap 12 easy to disassemble is overhauled and is tieed up to the inside of bucket 11 Shield.

Driving structure 3 of the invention cooperates the use of mixed structure 4 and then makes waste water and oxidant in addition with regard to uniform Mixing, substantially increases the contact area of waste water and oxidant, substantially increases the quality of wastewater treatment, while stirring being cooperated to tie The use of structure 8 promotes the circulation of the waste water in storage organization 1, further improves the efficiency and its matter of wastewater oxidation processing Amount；Drive mechanism 5 cooperates the use of aeration structure 6, increases the velocity of liquid assets of the oxygen in sewage, so that sewage treatment is imitated Rate is higher, while increasing the pressure of the inside of storage organization 1, and the use of cooperation gas vent 2 is convenient for useless in sewage treatment Gas is handled, to improve quality of sewage disposal；Drive mechanism 5 is connected to driving structure 3, convenient for aeration structure 6 The air circulation near equipment is stored while transmission improves device convenient for cooling down to driving structure 3 and storage organization 1 Service performance.

The basic principles, main features and advantages of the invention have been shown and described above.The technical staff of the industry should Understand, the present invention is not limited to the above embodiments, and the description in above embodiment and specification only illustrates the present invention Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these variation and Improvement is both fallen in the scope of protection of present invention.The claimed scope of the invention is by appended claims and its equivalent Object defines.

Claims

1. a kind of high-efficiency sewage processing method, it is characterised in that: method includes the following steps:

S1: sewage is stood, the solid impurity contained in filter sewage；

S2: sewage oxidation device is added in sewage filtered in S1；

S5: being filled with nitrogen into sterilization box, and oxygen in sterilization box is discharged all, is persistently filled with nitrogen, nitrogen is not soluble in water, shape Bacterium in sewage is killed, is achieved the goal under this high pressure vacuum state at high pressure conditions；

Wherein, this method uses sewage oxidation device, including storage organization (1), gas vent (2), driving structure (3), mixing knot Structure (4), drive mechanism (5), aeration structure (6), third valve (7) and stirring structure (8)；For storing the storage of waste water The side wall of structure (1) is equipped with the gas vent (2) for storing exhaust gas；The side wall of the storage organization (1) is equipped with the drive Dynamic structure (3), and the driving structure (3) is connected to the mixed structure (4) with the storage organization (1) rotation connection； It is equipped with the drive mechanism (5) for heat dissipation for the mixed structure (4) to oxidant and waste water mixing, it is described to deposit The side wall of storage structure (1) is equipped with the aeration structure (6) for aeration, and the drive mechanism (5) is connected to the aeration Structure (6) is detachably connected between the aeration structure (6) and the storage organization (1)；The mixed structure (4) and described The inside of storage organization (1) is equipped with the stirring structure (8) for stirring waste water；The side wall of the storage organization (1) is set There is the third valve (7) for sewage effluent.

2. a kind of high-efficiency sewage processing method according to claim 1, it is characterised in that: the storage organization (1) includes Bucket (11) and end cap (12), the driving structure (3) are fixed on the side wall of the bucket (11), the end cap (12) with Cylindrical structure is detachably connected between the bucket (11) of waste water for storing, and the gas vent (2) is through institute State bucket (11).

3. a kind of high-efficiency sewage processing method according to claim 2, it is characterised in that: the driving structure (3) includes Motor (31), fixed plate (32), belt (33) and two driving wheels (34), the fixed plate (32) are fixed on the bucket (11) side wall, the motor (31) are fixed on the fixed plate (32), and the mixed structure (4) is fixed on the end cap (12), a driving wheel (34) is fixed on the motor (31), another described driving wheel (34) is fixed on the mixing Structure (4), the belt (33) are wound in the driving wheel (34).

4. a kind of high-efficiency sewage processing method according to claim 3, it is characterised in that: the mixed structure (4) includes First rotary joint (41), drive shaft (42), the first valve (43), the first flow-guiding channel (44), the second flow-guiding channel (45), Two rotary joints (46) and the first connecting tube (47), the drive shaft (42) extend to the storage through the end cap (12) The inside of bucket (11), is rotatablely connected, the driving wheel (34) is fixed on institute between the drive shaft (42) and the end cap (12) It states drive shaft (42), the inside of the drive shaft (42) is equipped with first flow-guiding channel (44) and described second for water conservancy diversion Flow-guiding channel (45), the both ends of the drive shaft (42) are respectively fixed with first rotary joint (41) and second rotation Connector (46), first rotary joint (41) and first flow-guiding channel (44) are connected, second rotary joint (46) It being connected with second flow-guiding channel (45), the side wall of the bucket (11) is equipped with first valve (43), and described first It is equipped between valve (43) and second rotary joint (46) and is connect by first connecting tube (47), the drive shaft (42) on circumferencial direction and the circumferencial direction of the bucket (11) is equipped with one-to-one multiple stirring structures (8)。

5. a kind of high-efficiency sewage processing method according to claim 4, it is characterised in that: the stirring structure (8) includes Stirring rod (81), multiple raised (82) and conduction hole (83), the circumferencial direction circumference array of the drive shaft (42) are distributed with more The stirring rod (81) of the stirring rod (81) of a cylindrical structure, circumference array distribution is alternately logical with first water conservancy diversion Road (44) and second flow-guiding channel (45) are connected, and the circumferencial direction on the stirring rod (81) is equipped with multiple hemispherical junctions Raised (82) of structure, the conduction hole (83) are connected through raised (82) and the stirring rod (81).

6. a kind of high-efficiency sewage processing method according to claim 5, it is characterised in that: the drive mechanism (5) includes Cam (51), deflector (52) and diversion trench (53), the cam (51) are fixed on the drive shaft (42), the cam (51) Inside be equipped with the deflector (52) of multiple arcs structure, and between two adjacent deflectors (52), described lead Multiple diversion trenches (53) are surrounded between flowing plate (52) and the cam (51).

7. a kind of high-efficiency sewage processing method according to claim 6, it is characterised in that: the aeration structure (6) includes Check valve (61), cover board (62), fixing sleeve (63), the second valve (64), the second connecting tube (65), drive block (66), pressing plate (67), air bag (68), reset spring (69) and third flow-guiding channel (69a), the fixing sleeve (63) and the fixed plate (32) It is symmetrically set in the side wall of the bucket (11), is detachably connected between the fixing sleeve (63) and the cover board (62), it is described The inside of fixing sleeve (63) is equipped with the air bag (68), and the inside of the air bag (68) is equipped with the reset spring (69), described Check valve (61) and second valve (64) extend to the inside of the air bag (68), institute through the fixing sleeve (63) It states and is slidably connected between pressing plate (67) and the fixing sleeve (63), the pressing plate (67) and the air bag (68) contradict, the pressure The bottom end of plate (67) is trapezium structure, and the pressing plate (67) is equipped with the semicircular driving away from the one end of the air bag (68) Block (66), is equipped with the third flow-guiding channel (69a) in the inside interlayer of the bucket (11), second valve (64) with The third flow-guiding channel (69a) is connected by second connecting tube (65), is set in the internal circumference of the bucket (11) There is the stirring rod (81) of multiple circumference array distribution, described on the stirring rod (81) on the bucket (11) is drawn Discharge orifice (83) and the third flow-guiding channel (69a) are connected.