TWI605020B - Continuous waste water treatment device and treatment method - Google Patents

Description

Continuous wastewater treatment device and treatment method

The invention relates to a continuous type of waste water treatment device and a treatment method thereof, in particular to a continuous type which has the advantages that the continuous treatment is convenient, the liquid disturbance effect of the bubble supply part is improved, and the continuous treatment and the maintenance and repair are quite convenient. Wastewater treatment equipment and treatment methods.

There are many types of wastewater sources today, which may include industrial wastewater, medical unit wastewater (such as dialysis wards or operating room wastewater, which may be mainly blood and water), and cleaning wastewater for various occasions. The wastewater must be sterilized (preferably filtered and associated with decontamination) before it can be discharged to the general public drainage system. At present, many sterilizing devices are realized by using electrolyzed water technology. When two poles of a direct current power source are used to connect a pair of electrodes for electrolyzing brine, the anode generates chlorine gas, and if the chlorine gas is not immediately exported, the water is dissolved and generated. Chlorinated acid molecules (HClO) and hydrochloric acid in a dissociated state. Since sodium ions cannot compete with water molecules for electrons, the cathode is the same as in the case of electrolytic dilute brine, and hydrogen gas and dissociated sodium hydroxide are generated. When hypochlorous acid is in contact with bacteria, it will produce oxidation to degrade the protein of the microorganism, effectively destroying bacteria, fungi and viruses. It can not only act on the cell wall, virus shell, but also because hypochlorous acid molecules are small and uncharged, and can also penetrate into bacteria (or viruses), and oxidize with organic polymers such as bacteria (or virus) body proteins and nucleic acids. Thereby killing pathogenic microorganisms (for example, including: Salmonella, Staphylococcus aureus, Vibrio cholerae, Listeria, Escherichia coli, etc.), and the hypochlorous acid (HClO) after use is also reduced to water which is harmless to the human body. However, when the conventional wastewater is sterilized (for example, when treating medical wastewater), it is a non-continuous treatment of one case, one case (or one barrel and one barrel), and the handling of movement and temporary storage is very troublesome. In addition, the waste water will produce a gel when subjected to sterilization by conventional techniques, and the gel will affect the fluidity or adhere to the electrode, and the precipitate produced is not easy to clean. Therefore, it is necessary to develop new technologies to solve the existing shortcomings.

The object of the present invention is to provide a continuous waste water treatment device and a treatment method thereof, which are convenient for continuous treatment, liquid disturbance effect of the bubble supply portion, and can be continuously processed and maintained at a convenient time. . In particular, the problem to be solved by the present invention is that the sterilization treatment of the conventional wastewater is a non-continuous treatment of one case, one case (or one barrel and one barrel), and the handling of the movement and the temporary storage are very troublesome. The technical means for solving the above problems is to provide a continuous waste water treatment device and a treatment method. The treatment device is provided with at least one. Each of the treatment devices includes: a control unit; and a continuous processing unit that is coupled to the control unit. And having a water inlet tank, an electrolytic sterilization tank, a sedimentation tank and a water receiving tank; wherein: the water inlet tank is for a wastewater to flow; the water receiving tank is for discharging the wastewater; An electrode sterilization unit is suspended in the electrolysis sterilization tank and includes: a positive electrode plate, a negative electrode plate, and a plurality of electric induction plates interposed therebetween and not in contact with each other; the control portion is used for The positive electrode plate is supplied with a positive power, and the control portion is configured to supply a negative power to the negative electrode plate; a bubble supply portion is disposed in the electrolytic sterilization tank and located below the electrode sterilization portion, the bubble supply The air supply device and the at least one exhaust pipe; the exhaust pipe has at least one exhaust port; the control portion is connected to the air supply device for controlling the air supply device to supply the exhaust pipe air, The air is supplied into the electrolytic sterilization tank through the at least one exhaust port to form a plurality of air bubbles; a spoiler portion is a plate-like structure, and one end thereof is suspended from the sedimentation tank adjacent to the end of the water discharge receiving tank. And the other end is inclined downward to extend in the direction of the electrolysis sterilization tank; thereby, the wastewater can react with the wastewater when flowing and flowing out of the continuous treatment portion, and the electrode sterilization portion is powered Producing hypochlorous acid water to further sterilize the wastewater, and at the same time, a plurality of bubbles generated by the exhaust port move upward from the bottom of the electrolysis sterilization tank, and the moving process can take away the relevant structure in the electrolysis sterilization tank. The sewage, and the spoiler portion causes the waste water to roll in the reverse vortex first in the sedimentation tank, and then flows into the outlet water receiving tank to improve the sedimentation effect, thereby achieving a continuous wastewater treatment device. Regarding the treatment method of the present invention, the following steps are included: 1. Preparation step; 2. Continuous water inflow step; 3. Sterilization step; 4. Bubble disturbing and decontaminating step; 5. Disturbing and decontaminating step; The above objects and advantages of the present invention will be readily understood from the following detailed description of the preferred embodiments illustrated herein. The invention will be described in detail in the following examples in conjunction with the drawings:

Referring to the first, second, third and fourth figures, the present invention is a continuous waste water treatment device and a treatment method, the treatment device is provided with at least one, each treatment device may comprise a control portion 10, a continuous processing unit 20, an electrode sterilization unit 30, a bubble supply unit 40, and a spoiler 50. The control unit 10 electrically connects the electrode sterilization unit 30 and the bubble supply unit 40. Control its movements. The continuous processing unit 20 is connected to the control unit 10, and has a water inlet tank 21, an electrolytic sterilization tank 22, a sedimentation tank 23, and a water receiving tank 24 connected in sequence; wherein, the water inlet The accommodating tank 21 is for supplying a wastewater 91, and the effluent accommodating tank 24 is for discharging the wastewater 91. The electrode sterilization unit 30 is suspended in the electrolytic sterilization tank 22 and includes a positive electrode plate 31, a negative electrode plate 32, and a plurality of electric induction plates 33 interposed therebetween and not in contact with each other (eg, The control unit 10 is configured to supply a positive power 11 to the positive electrode plate 31, and the control portion 10 is configured to supply a negative power 12 to the negative electrode plate 32. The bubble supply unit 40 (shown in FIGS. 5A, 5B, 6, 7, and 8) is disposed in the electrolytic sterilization tank 22 and is located below the electrode sterilization unit 30. The bubble supply unit is provided. 40 is provided with a gas supply device 41 and at least one exhaust pipe 42; the exhaust pipe 42 has at least one exhaust port 421; the control portion 10 is connected to the air supply device 41 for controlling the air supply device 41 The exhaust pipe 42 is supplied with an air 92, and the air 92 is supplied into the electrolytic sterilization tank 22 through the at least one exhaust port 421 for forming a plurality of bubbles 92A in the wastewater 91. The spoiler 50 has a plate-like structure, and one end thereof is suspended from the end of the sedimentation tank 23 adjacent to the water discharge receiving groove 24, and the other end extends obliquely downward toward the electrolysis sterilization tank 22. Thereby, the wastewater 91 is in the process of flowing in and out of the continuous processing unit 20, and when the electrode sterilization unit 30 is powered, it can react with the wastewater 91 to generate hypochlorous acid water, thereby sterilizing the wastewater 91. At the same time, the plurality of bubbles 92A generated by the exhaust port 421 are moved upward from the bottom of the electrolytic sterilization tank 22, and the moving process can take away the dirt on the related structure in the electrolytic sterilization tank 22 (including the wastewater 91 sterilization). The dirt generated by the process, the reactants on the plates and the adherends), and the spoiler 50 causes the wastewater 91 to first vortex in the sedimentation tank 23 (as shown in FIG. 3). After the movement, the water flows into the water discharge tank 24 to improve the sedimentation effect, and a continuous waste water treatment device is achieved. In practice, the electrolytic sterilizing tank 22 can further include: a first partition 221, a second partition 222, a third partition 223 and a fourth partition 224, wherein the first partition 221 and the The second partition plate 222 is respectively disposed in the water inlet receiving groove 21 to isolate the electrolytic sterilization tank 22, the first partition plate 221 has a first height H1, and the second partition plate 221 has a second portion. a height H2, which is lower than the first height H1; the third partition 223 is erected between the first partition 221 and the second partition 222 to isolate a first sterilization tank 22A; The fourth partition 224 is suspended between the first partition 221 and the third partition 223 to isolate a second sterilization tank 22B and a third sterilization tank 22C with a bottom opening 225 therebetween. The first sterilization tank 22A, the second sterilization tank 22B, the bottom opening 225, and the third sterilization tank 22C can extend the time during which the wastewater 91 is sterilized in the electrolytic sterilization tank 22. More specifically, the wastewater 91 flows into the path of the electrolysis sterilization tank 22: from the top (notch) of the third sterilization tank 22C to the bottom of the third sterilization tank 22C (the bottom of the tank) → from the third sterilization The bottom of the groove 22C (the bottom of the groove) flows toward the bottom opening 225 → flows from the bottom opening 225 to the bottom of the second sterilization tank 22B (the bottom of the groove) → flows from the bottom of the second sterilization tank 22B (the bottom of the groove) to the second sterilization The top of the groove 22B (notch) → the above-mentioned path is S-shaped and can lengthen the flow sterilization distance → from the top (notch) of the second sterilization tank 22B to the top (notch) of the first sterilization tank 22A → finally flows into the Precipitation tank 23. The effluent receiving tank 24 includes a main water outlet 241 and a pair of water outlets 242 for supplying the sterilized wastewater 97. The exhaust pipe 42 may be a plurality of branches, and are respectively juxtaposed in the water inlet receiving groove 21, the first sterilization tank 22A, the second sterilization tank 22B, the third sterilization tank 22C, the sedimentation tank 23, and the water discharge. Inside the slot 24 (as shown in Figure 3). The exhaust port 421 can be at least one of a hole structure (as shown in FIG. 5A) and a long hole structure (as shown in FIG. 5B). The exhaust port 421 is disposed on the exhaust pipe 42 and can be a single row structure (as shown in FIG. 6) and a double row structure, and is a double row structure (refer to FIG. 7). Between the exhaust ports 421, there may be a working angle θ (for example, between 5 and 15 degrees). Referring to Figure 10 (mainly for the number, most of the components are omitted, not shown), and further, the processing device can be set to a plurality of (for example, set 3), and in parallel, thereby Choice: [a].3 simultaneous treatment of wastewater 91. [b]. At least one maintenance and repair, at least one of which maintains continuous treatment of wastewater 91. That is, the wastewater 91 can be continuously treated for 24 hours, and maintenance and repair can be achieved. The case is applied to the wastewater treatment of the medical unit, which can solve the discontinuous treatment of one box and one box (or one barrel and one barrel), and the handling of the movement and the temporary storage are very troublesome. Referring to FIG. 11, the processing method portion of the present invention may include the following steps after the start: 1. Preparation step 81: at least one processing device is provided in advance, the processing device includes a control unit 10 and a continuous processing unit. 20. An electrode sterilization unit 30, a bubble supply unit 40, and a spoiler 50. The control unit 10 electrically connects the electrode sterilization unit 30 and the bubble supply unit 40 to control the operation thereof. The continuous processing unit 20 is connected to the control unit 10, and has a water inlet tank 21, an electrolytic sterilization tank 22, a sedimentation tank 23, and a water receiving tank 24 connected in sequence; wherein, the water inlet The accommodating tank 21 is for supplying a wastewater 91, and the effluent accommodating tank 24 is for discharging the wastewater 91. The electrode sterilization unit 30 is suspended in the electrolytic sterilization tank 22 and includes a positive electrode plate 31, a negative electrode plate 32, and a plurality of electric induction plates 33 interposed therebetween and not in contact with each other (eg, Figure 10 shows). The bubble supply unit 40 (shown in FIGS. 5A, 5B, 6 and 7) is disposed in the electrolytic sterilization tank 22 and is located below the electrode sterilization unit 30. The bubble supply unit 40 is provided with a The air supply device 41 and the at least one exhaust pipe 42; the exhaust pipe 42 has at least one exhaust port 421; the control portion 10 is connected to the air supply device 41. The spoiler 50 has a plate-like structure, and one end thereof is suspended from the end of the sedimentation tank 23 adjacent to the water discharge receiving groove 24, and the other end is inclined downward and extends toward the electrolytic sterilization tank 22. . 2. Continuous water inflow step 82: The wastewater 91 is continuously supplied to the continuous treatment unit 20. 3. Sterilization step 83: a positive electric power 11 is supplied to the positive electrode plate 31 through the control unit 10, and a negative electric power 12 is supplied to the negative electrode plate 32 through the control unit 10, and the waste water 91 is sterilized by flowing through the electrode. In the process of the portion 30, it is possible to react with the electrode sterilization unit 30 to generate hypochlorous acid water, thereby generating a bactericidal action on the wastewater 91. 4. Bubble disturbance decontamination step 84: The air supply device 41 is controlled by the control unit 10 to supply an air 92 to the exhaust pipe 42 . The air 92 is supplied to the electrolytic sterilization tank 22 via the at least one exhaust port 421 . And forming a plurality of air bubbles 92A moving upward from the bottom of the electrolytic sterilization tank 22, and each of the air bubbles 92A is in a moving process, except for the waste water 91 which can be disturbed (increased staying and being sterilized), and can take away the The dirt on the relevant structure in the electrolytic sterilization tank 22 (including the dirt generated by the sterilization process of the wastewater 91, the reactants and the adhesive on the respective plates). V. Spoiler Decontamination Step 85: After the wastewater 91 flows from the electrolysis sterilization tank 22 into the sedimentation tank 23, the spoiler 50 causes the wastewater 91 to first scroll in the sedimentation tank 23 by a reverse vortex. The square flows into the outlet water receiving tank 24 without directly flowing into the outlet water receiving tank 24, which can be used to enhance the sedimentation effect. 6. Step 86: After the wastewater 91 is supplied from the water receiving tank 24, it can be recycled and reused. The electrolysis sterilization tank 22 may further include: a first partition 221, a second partition 222, a third partition 223 and a fourth partition 224, wherein the first partition 221 and the first The two partition plates 222 are respectively disposed in the water inlet receiving groove 21 to isolate the electrolytic sterilization tank 22, the first partition plate 221 has a first height H1, and the second partition plate 221 has a second height. H2, which is lower than the first height H1; the third partition 223 is erected between the first partition 221 and the second partition 222, and isolates a first sterilization tank 22A; The four partitions 224 are suspended between the first partition 221 and the third partition 223 to isolate a second sterilization tank 22B and a third sterilization tank 22C with a bottom opening 225 therebetween. The first sterilization tank 22A, the second sterilization tank 22B, the bottom opening 225, and the third sterilization tank 22C can extend the time during which the wastewater 91 is sterilized in the electrolytic sterilization tank 22. The effluent receiving tank 24 includes a main water outlet 241 and a pair of water outlets 242 for supplying the sterilized wastewater 97. The exhaust pipe 42 may be a plurality of branches, and are respectively juxtaposed in the water inlet receiving groove 21, the first sterilization tank 22A, the second sterilization tank 22B, the third sterilization tank 22C, the sedimentation tank 23, and the water discharge. Inside the slot 24 (as shown in Figure 3). The exhaust port 421 can be at least one of a hole structure (as shown in FIG. 5A) and a long hole structure (as shown in FIG. 5B). The exhaust port 421 is disposed on the exhaust pipe 42 and can be a single row structure (as shown in FIG. 6) and a double row structure, and is a double row structure (refer to FIG. 7). Between the exhaust ports 421, there may be a working angle θ (for example, between 5 and 15 degrees). Referring to Figure 10 (mainly for the number, most of the components are omitted, not shown), and further, the processing device can be set to a plurality of (for example, set 3), and in parallel, thereby Choice: [a].3 simultaneous treatment of wastewater 91. [b]. At least one maintenance and repair, at least one of which maintains continuous treatment of wastewater 91. That is, the wastewater 91 can be continuously treated for 24 hours, and maintenance and repair can be achieved. The case is applied to the wastewater treatment of the medical unit, which can solve the discontinuous treatment of one box and one box (or one barrel and one barrel), and the handling of the movement and the temporary storage are very troublesome. The advantages and functions of the present invention are as follows: [1] Continuous processing is quite convenient. The invention provides a water inlet tank, an electrolytic sterilization tank, a sedimentation tank and a water discharge tank in the continuous processing section, that is, (medical unit) wastewater can be continuously supplied into the water inlet tank, and continuously passes through the electrolytic sterilization tank and the The sedimentation tank, that is, the sterilization treatment is completed, and enters the water discharge tank to be supplied, which is quite convenient. It is also possible to pour all of the conventionally stored tanks or barrels of waste water into the continuous processing section for continuous processing without the use of a box of one tank (or one bucket and one bucket) of discontinuous treatment. Therefore, continuous processing is quite convenient. [2] The liquid perturbation effect of the bubble supply unit is improved. Since some electrode materials on the electrode sterilizing part may adhere to some reactants or impurities in the waste water, when bubbles continuously flow from the bottom of each electrode plate, the bubbles not only improve the liquid perturbation effect, but also reduce the adhesion of the object on the one hand. The probability of the electrode plate, on the other hand, can also carry away foreign matter (impurities in the reactants or waste water) that have adhered to the electrode plate. Therefore, the liquid perturbation effect of the bubble supply portion is improved. [3] It is quite convenient to process and carry out maintenance at the same time. The processing apparatus of the present invention can be provided in plural (for example, three), and in parallel, whereby three simultaneous wastewater treatments can be selected. Or at least one of them is maintained, at least one of which maintains continuous treatment of wastewater. That is, the wastewater can be continuously treated for 24 hours, and maintenance and repair can be considered. Therefore, it is quite convenient to continuously process and perform maintenance at the same time. The present invention has been described in detail with reference to the preferred embodiments of the present invention, without departing from the spirit and scope of the invention.

10‧‧‧Control Department

11‧‧‧正正

12‧‧‧ Negative electricity

20‧‧‧Continuous Processing Department

21‧‧‧Intake tank

22‧‧‧ Electrolytic sterilization tank

221‧‧‧ first partition

222‧‧‧Second partition

223‧‧‧ third partition

224‧‧‧4th partition

225‧‧‧ bottom port

22A‧‧‧First sterilization tank

22B‧‧‧Second sterilization tank

22C‧‧‧The third sterilization tank

23‧‧‧Sedimentation tank

24‧‧‧Water receiving tank

241‧‧‧Main outlet

242‧‧‧ Deputy outlet

30‧‧‧Electrode sterilization department

31‧‧‧ positive electrode plate

32‧‧‧Negative electrode plate

33‧‧‧Electrical induction plates

40‧‧‧ Bubble Supply Department

41‧‧‧ gas supply

42‧‧‧Exhaust pipe

421‧‧‧Exhaust port

50‧‧‧Surveying Department

81‧‧‧Preparation steps

82‧‧‧Continuous water intake steps

83‧‧‧Sterilization steps

84‧‧‧ Bubble disturbance decontamination step

85‧‧‧Spoil removal and decontamination steps

86‧‧‧Complete steps

91‧‧‧ Wastewater

92‧‧‧ Air

92A‧‧‧ bubble

H1‧‧‧ first height

H2‧‧‧second height

Θ‧‧‧ working angle

1 is a schematic view of a partial decomposition of the present invention, FIG. 2 is a schematic view of the present invention, FIG. 3 is a schematic view of III-III of FIG. 2, and FIG. 4 is a schematic view of FIG. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5B is a schematic view showing a second embodiment of the exhaust pipe portion of the present invention. FIG. 6 is a view showing an application example of the single exhaust port of the exhaust pipe portion of the present invention. 7 is a cross-sectional view showing an application example of a double-row exhaust port of an exhaust pipe portion of the present invention. FIG. 8 is a schematic view showing a bubble supply portion of the present invention. FIG. 9 is a schematic view showing an electrode sterilization portion of the present invention. FIG. Schematic diagram of setting a plurality of processing tanks according to the present invention. FIG. 11 is a flow chart of a processing method of the present invention.

10‧‧‧Control Department

20‧‧‧Continuous Processing Department

21‧‧‧Intake tank

22‧‧‧ Electrolytic sterilization tank

221‧‧‧ first partition

222‧‧‧Second partition

223‧‧‧ third partition

224‧‧‧4th partition

225‧‧‧ bottom port

22A‧‧‧First sterilization tank

22B‧‧‧Second sterilization tank

22C‧‧‧The third sterilization tank

23‧‧‧Sedimentation tank

24‧‧‧Water receiving tank

30‧‧‧Electrode sterilization department

40‧‧‧ Bubble Supply Department

42‧‧‧Exhaust pipe

421‧‧‧Exhaust port

50‧‧‧Surveying Department

91‧‧‧ Wastewater

H1‧‧‧ first height

H2‧‧‧second height

Claims (6)

A continuous wastewater treatment device, the treatment device is provided with at least one, each treatment device comprises: a control portion; a continuous treatment portion connected to the control portion and having one of the water inlets in sequence a tank, an electrolytic sterilization tank, a sedimentation tank and a water discharge tank; wherein the water inlet tank is for a wastewater to flow in; the water storage tank is for the wastewater to flow out; and an electrode sterilization portion is suspended in the electrolyte a positive electrode plate, a negative electrode plate, and a plurality of electric induction plates interposed therebetween and not in contact with each other; the control portion is configured to supply a positive power to the positive electrode plate, and the control portion The utility model is configured to supply a negative electricity to the negative electrode plate; a bubble supply portion is disposed in the electrolytic sterilization tank and located under the electrode sterilization portion, the air bubble supply portion is provided with a gas supply device and at least one exhaust pipe The exhaust pipe has at least one exhaust port; the control portion is connected to the air supply device for controlling the air supply device to supply an air to the exhaust pipe, and the air is supplied to the exhaust pipe through the at least one exhaust port In the electrolysis sterilization tank, use Forming a plurality of bubbles in the waste water; a spoiler portion having a plate-like structure, one end of which is suspended from the sedimentation tank adjacent to the end of the water discharge receiving tank, and the other end is inclined toward the electrolysis sterilization tank Lowering; thereby, the wastewater can be reacted with the wastewater to generate hypochlorous acid water during the process of flowing into the continuous processing portion, and the electrode sterilization portion is powered, thereby generating a bactericidal effect on the wastewater. At the same time, the plurality of bubbles generated by the exhaust port are moved upward from the bottom of the electrolysis sterilization tank, and the moving process can take away the dirt on the relevant structure in the electrolysis sterilization tank, and the spoiler part makes the wastewater Precipitation tank After being scrolled by the reverse vortex, it flows into the outlet tank to improve the sedimentation effect, and a continuous waste water treatment device is realized; wherein: the exhaust pipe is a plurality of branches, and are respectively juxtaposed in the water inlet tank The first sterilization tank, the second sterilization tank, the third sterilization tank, the sedimentation tank and the water outlet tank; the exhaust port is at least one of a hole structure and a long hole structure; the exhaust The mouth system is disposed on the exhaust pipe, and is one of a single row structure and a double row structure; and is a double row structure, the two rows of exhaust ports have a working angle; the processing device is set Multiple, and in parallel. The apparatus for processing a continuous type of waste water according to the first aspect of the invention, wherein the electrolysis sterilization tank comprises a first partition, a second partition, a third partition and a fourth partition; Wherein the first partition and the second partition are respectively disposed in the water inlet receiving groove to isolate the electrolytic sterilization tank, the first partition has a first height, and the second partition has a second height, which is lower than the first height; the third partition is erected between the first partition and the second partition to isolate a first sterilization tank; the fourth partition The plate system is suspended between the first partition plate and the third partition plate, and isolates a second sterilization tank and a third sterilization tank, and has a bottom opening; the first sterilization tank, the first The second sterilization tank, the bottom opening and the third sterilization tank can extend the time during which the wastewater is sterilized in the electrolytic sterilization tank. The continuous waste water treatment device according to claim 1, wherein the water discharge tank comprises a main water outlet and a water outlet for supplying the waste water after the sterilization treatment. A continuous waste water treatment method comprises the following steps: First, a preparation step: pre-setting at least one treatment device, wherein each treatment device comprises a control portion, a continuous treatment portion, an electrode sterilization portion, and a bubble supply And a spoiler; wherein: the control unit electrically connects the electrode sterilization unit and the bubble supply unit for controlling the operation thereof; the continuous processing unit is coupled to the control unit and has one of sequential connections a water inlet tank, an electrolytic sterilization tank, a sedimentation tank and a water discharge tank; the water inlet tank is for a waste water to flow; the water storage tank is for the waste water to flow; the electrode sterilization portion is suspended in the electrolysis a sterilizing tank includes a positive electrode plate, a negative electrode plate, and a plurality of electric induction plates interposed therebetween and not in contact with each other; the bubble supply portion is disposed in the electrolysis sterilization tank and located under the electrode sterilization portion The air supply unit is provided with a gas supply device and at least one exhaust pipe; the exhaust pipe system has at least one exhaust port; the control portion is connected to the air supply device; the spoiler portion is a plate-like knot One end of the sedimentation tank is suspended from the end of the water discharge receiving tank, and the other end is inclined downward to extend toward the electrolysis sterilization tank; wherein: the exhaust pipe is a plurality of branches, and are respectively juxtaposed In the water inlet receiving tank, the first sterilization tank, the second sterilization tank, the third sterilization tank, the sedimentation tank and the water outlet tank; the exhaust port is a hole structure and a long hole structure at least One of the exhaust ports is disposed on the exhaust pipe, and is one of a single row structure and a double row structure; and is a double row structure, the two rows of exhaust ports have a working angle The processing device is provided in plural and in parallel; a continuous water inflow step: continuously supplying the wastewater into the continuous processing portion; 3. a sterilization step: supplying a positive electricity to the positive electrode plate through the control portion, and supplying a negative electricity to the negative electrode plate through the control portion When the wastewater flows through the electrode sterilization unit, it can react with the electrode sterilization unit to generate hypochlorous acid water, thereby generating a bactericidal action on the wastewater. 4. The bubble disturbance decontamination step: through the control unit Controlling the air supply device to supply an air to the exhaust pipe, and the air is supplied into the electrolytic sterilization tank through the at least one exhaust port to form a plurality of air bubbles moving upward from the bottom of the electrolytic sterilization tank, each of the air bubbles In the moving process, in addition to disturbing the wastewater, the dirt on the relevant structure in the electrolysis sterilization tank may be taken away; 5. The turbulent decontamination step: after the wastewater flows into the sedimentation tank from the electrolysis sterilization tank, the disturbance The flow system causes the wastewater to be firstly swirled in the sedimentation tank and then flows into the outlet water receiving tank, and does not directly flow into the outlet water receiving tank, which can be used to improve the sedimentation effect; 6. Complete the steps: Waste Receiving water from the feed-out slot, for recycling. The method for treating a continuous type of wastewater according to claim 4, wherein the electrolytic sterilization tank comprises: a first partition, a second partition, a third partition, and a fourth partition. The first partition plate and the second partition plate are respectively erected in the water inlet receiving groove to isolate the electrolytic sterilization tank, the first partition plate has a first height, and the second partition plate has a first height Having a second height that is lower than the first height; the third partition is erected between the first partition and the second partition to produce a first sterilization tank; the fourth partition The plate system is suspended between the first partition plate and the third partition plate, and isolates a second sterilization tank and a third sterilization tank, and has a bottom opening; the first sterilization tank, the first The second sterilization tank, the bottom opening and the third sterilization tank can extend the time during which the wastewater is sterilized in the electrolytic sterilization tank. The method for treating a continuous type of wastewater according to claim 4, wherein the effluent receiving tank comprises a main water outlet and a pair of water outlets for supplying the sterilized wastewater.