TW202218995A - Wastewater decolorization reaction automatic tracking operation method and system - Google Patents

Abstract

The invention relates to a wastewater decolorization reaction automatic tracking operation method, which comprises the following steps of: obtaining the color and property of wastewater before the wastewater treatment decoloration reaction, further searching operation records in an automatic operation database of the wastewater decoloration reaction by using an AI intelligent color recognition host, obtaining a treatment process formula loaded by a similar operation process, further automatically operating a wastewater decolorization reaction program to obtain reacted wastewater color information and operation data information, intelligently comparing color changes before and after reaction, analyzing a decolorization reaction effect, and further adjusting an operation process or directlystoring the operation process into a wastewater decolorization reaction operation database, and the method is used as a process formula for automatically operating decolorization reaction of wastewater with the same color and property in future. By analyzing the change information of the effective decoloration reaction color, the wastewater treatment decoloration reaction is more accurate, historical data and artificial intelligence color analysis are used to master and correct the operation of the automatic decoloration reaction, and the automatic tracking operation target of the wastewater treatment decoloration reaction is realized.

Description

A method and system for automatic tracking operation of wastewater decolorization reaction

The invention relates to the technology of tracking wastewater color in the decolorization reaction process of wastewater treatment, and the technical field of adjustment and tracking of the decolorization reaction process formula, analysis and application, and in particular to a wastewater treatment method that uses an AI smart color recognition system to determine the color sample and concentration of wastewater, and compares the decolorization through measurement information. The reaction automatic operation database obtains the most similar wastewater treatment decolorization reaction formula, automatically runs and tracks the decolorization reaction results, and compares and analyzes the decolorization results through the AI artificial intelligence color evolution model to achieve the decolorization reaction automatic tracking operation target.

The focus of the decolorization reaction of wastewater treatment is to remove the color of the wastewater, and the decolorization reaction mechanism is used to capture and decompose the color in the wastewater to further remove the color of the wastewater. Since the color of wastewater is closely related to the raw materials used in the factory process, for example, bleaching and dyeing factories will process the color of wastewater according to the needs of the order, which will greatly change the color of wastewater, and the decolorization treatment conditions of wastewater will change due to different dyes. It does not operate in the same mode. In order to achieve consistent treatment effect, bleaching and dyeing factories often discharge polluted wastewater with different colors. The important factor is the decolorization reaction. Different color dyes need different solutions for treatment. Only through color analysis can the use of wastewater decolorization reaction be clear. Material requirements, and further determine the completion of the decolorization target through tracking.

The existing chromaticity inspection is generally a magnification mode inspection, which judges the decolorization effect by light transmittance. For example, Chinese Patent Application No. 200610034389.7, a method for testing the chromaticity of wastewater, its abstract: "The present invention discloses a method for testing the chromaticity of wastewater. method, first The color of the water sample mentioned above, if the water sample is turbid, it needs to be centrifuged first, and then the clear liquid is taken as the test water sample. If it is not turbid, the water sample is taken directly; Scan the full wavelength to determine the maximum absorption wavelength, and then measure the absorbance of the water sample at this wavelength; after visual inspection by no less than 20 people 60 times, when using a 1cm cuvette, when the color of each color water sample cannot be distinguished from the color of distilled water If the absorbance is below 0.003, divide the measured result by 0.003, and the result will be rounded to an integer of 5 times or 10 times, which is the chromaticity of the water sample; if the color of the water sample is too dark, the absorbance will exceed the spectrophotometer. range, pre-dilution is required before measurement. The invention has the advantages of fast test speed, good repeatability and strong comparability, which can reduce the workload of water quality analysts and has accurate results. "

The above scheme is a commonly used detection scheme at present. The color of wastewater and distilled water can be compared by a UV-Vis full-wavelength spectrophotometer, and the data cannot be distinguished when the absorption brightness is 0.003. Let the wastewater be obtained by diluting the wastewater continuously, and the absorption brightness is 0.003 as the chromaticity judgment. As shown in Figure 1, this is a rather troublesome operation. It is feasible to analyze before the wastewater treatment, but there are some problems in the decolorization reaction. Difficulty, measurement and tracking cannot be achieved in the on-line detection of the processing process, the demand is further improved, and there is a difference in color, the amount of decolorization reaction is different, and it cannot be solved by the same process.

Another document, Chinese Patent Application No. 201210310133.X, a water quality chromaticity detection device based on a transmissive optical fiber sensor, the abstract: "The present invention discloses a transmissive optical fiber sensor-based water quality chromaticity detection device, including three LED single Color light source, transmissive optical fiber sensor, USB optical fiber spectrometer and calculator, LED monochromatic light source is connected to the transmissive optical fiber sensor through optical fiber, transmission optical fiber sensor is connected to the USB optical fiber spectrometer through optical fiber, and the USB optical fiber spectrometer is connected to the calculator through USB data transmission line Connection. The device uses the three-wavelength method to calculate the chromaticity of any water sample, suitable for It is used for the chromaticity detection of aqueous solutions such as industrial sewage, surface water and drinking water, and has the advantages of simple structure, convenient operation, sensitive response, small size and low cost.

Using tricolor light source, transmission optical fiber sensor, USB optical fiber spectrometer to connect the calculator to detect the chromaticity of water quality, which improves the convenience of detection and avoids the dilution factor analysis, but it still needs to be carried out with known standard solution. Color difference analysis △E, use the regression method to establish the relationship between chromaticity and color difference to further analyze the color difference of the water sample to be tested, and compare and analyze the chromaticity of the water sample to be tested relative to pure water. It is also necessary to carry out comparative analysis to obtain chromaticity. Its significance for the analysis of chromaticity in wastewater treatment operations is difficult to combine with treatment and use only if the data exists, not to mention the need for multiple steps and equipment to be used in combination. However, it cannot provide automatic operation of effective wastewater treatment. "

From the above, it can be seen that the chromaticity detection of wastewater mostly stays in the measurement and analysis of chromaticity, which is separated from the operation and control of the decolorization reaction operation of wastewater treatment. The analysis of chromaticity is mainly based on light transmittance, and there is also the problem of color difference. The amount of decolorization reaction required for different colors is different. Although the colors are different, it is possible to obtain the same chromaticity analysis. The reaction conditions of the wastewater treatment are the same, and the same treatment effect cannot be obtained. Relatively, the final result of the treatment can only be obtained as The same effect is achieved by applying higher input of reaction materials, which invisibly increases the operating cost, and also causes environmental damage.

Therefore, the applicant further developed an operation method for automatic tracking operation of wastewater treatment decolorization reaction, provided AI intelligent color discrimination analysis and tracking wastewater treatment plan, and more efficiently achieved the goal of automatic operation of wastewater treatment.

The main purpose of the present invention is to solve the problem that the wastewater of different colors discharged from the factory can pass through the waste water. In the automatic operation database of water decolorization reaction, the process formula of the color wastewater treatment process is automatically searched to realize the optimized treatment plan; different color wastewater needs different treatment plans to achieve the decolorization effect, and the process formula requirements of the decolorization reaction volume of each color are inconsistent. Using the same process with the same chromaticity will produce different results. The color of the wastewater determines the conditions of the decolorization reaction, in order to achieve an effective decolorization reaction and optimize the automatic tracking operation.

Another main purpose of the present invention is to use the wastewater color to connect the processing operation process information, record the actual wastewater decolorization reaction operation information and use the big data operation information to analyze the color analysis of AI artificial intelligence before and after the decolorization reaction to determine the decolorization reaction effect, so as to clearly adjust the process formula and To correct the direction, the corrected and operation records can be stored in the automatic operation database of wastewater decolorization reaction, providing the same wastewater treatment operation process plan in the future, and realizing the purpose of automatic tracking operation operation of wastewater decolorization reaction.

Another main purpose of the present invention is to use the color change status of wastewater decolorization reaction, through the historical information of big data and AI artificial intelligence decolorization reaction color change trajectory, to judge the effect of wastewater decolorization reaction, track and correct the process conditions of wastewater treatment, and realize wastewater through color change before and after treatment. Decolorization reaction automatic process, automatic tracking, automatic correction, automatic operation of the target.

In order to achieve the above purpose of the invention, the present application provides a method for automatic tracking operation of wastewater decolorization reaction, which is characterized in that it includes the following steps:

(1) Using the color acquisition device combined with the AI artificial intelligence color recognition host as an input tool for wastewater color acquisition;

The color of wastewater can be acquired through the color acquisition device. The AI smart color recognition host is further introduced, and the RBG color analysis image is used to obtain the color level of the wastewater image, and the wastewater color model is further confirmed as the basis for decolorization treatment analysis. The color acquisition device can be a digital camera, a digital camera or a spectrometer, used to acquire the color of the wastewater;

(2) Utilize wastewater measurement data and color as a tool for searching and loading the decolorization reaction process formula;

Use wastewater measurement data and color information as the basis for wastewater treatment to search for formulations. The measurement data will affect the decolorization reaction efficiency factors such as wastewater salt concentration, PH value, BOD value, COD value, conductivity, water temperature, chromaticity and other related information. For the color can be red, yellow, green, black, white and other colors and mixed derived colors, the requirements for the amount of oxidation reaction are different;

(3) Utilize the waste water decolorization reaction operation record as the information source for establishing the automatic operation database of waste water decolorization reaction;

(4) Utilize the color comparison before and after the reaction to compare the color change record difference of the automatic operation database of the wastewater decolorization reaction as a decolorization formula correction tool;

The reaction conditions of wastewater decolorization need to be corrected according to the change of wastewater source and imported into the correct operation formula. When the source of wastewater changes, it needs to be corrected by the change of the formula, and when the color changes after treatment, it is also necessary to correct the reaction amount according to the treatment effect; The best operation mode of wastewater treatment can be realized by correcting one paragraph or making multiple batches of corrections. Only by correcting the reaction color tool can confirm the implementation of the decolorization reaction operation; A single batch operation requires multiple programs and multiple colors to correct the process formula. When multiple stages and multiple equipment are connected in series, the formula correction is performed before and after each equipment;

(5) Utilize the introduction of wastewater information and color change tracking, adjust the operation process formula, and establish a tracking and adjustment operation tool for optimizing the wastewater decolorization reaction;

The operation of wastewater decolorization reaction cannot be unified in nature, color and concentration because the source of wastewater is affected by the factory process, and the process formula of wastewater decolorization reaction needs to be adjusted relatively;

(6) Utilize waste water decolorization reaction to automatically run color change information records, establish a color evolution image of waste water decolorization reaction, and use it as a decolorization reaction guidance and identification operation tool;

(7) Utilize the difference data of tracking decolorization reaction volume and execution time as the basis for the verification of auxiliary reaction energy efficiency.

The automatic operation database of the wastewater decolorization reaction involved in the method of the present application has the following structural contents:

(1) Wastewater measurement data;

The information is the characteristics of wastewater, factors that affect the decolorization reaction, including salt concentration, conductivity, PH value, BOD value, COD value, water temperature and other information;

(2) The color before the reaction;

The color before the reaction is obtained through the color acquisition device, and the color record is used as the guide information for the reaction formula, and the color comparison analysis is carried out according to the AI smart color recognition system to obtain the automatic operation database record information closest to the color wastewater decolorization reaction, as the automatic operation formula basis;

(3) decolorization reaction amount;

The amount of decolorization reaction refers to the amount of decolorization reaction material, which can be the amount of oxidant, the amount of coagulation scavenger, the amount of electrode reaction electricity, etc. The amount of oxidant can be chlorine dioxide, bleaching water, hydrogen peroxide, ozone, hydrosulfite, etc. , the amount of coagulant can be the amount of flocculant, coagulation aid, etc., and the amount of electrode reaction can be electrolytic decolorization power, electrocoagulation power parameters, electrodialysis power consumption, etc.;

(4) the execution time of decolorization reaction;

It means that the decolorization reaction can be tracked whether the reaction is completed through the residual measurement of the reaction agent, and the timing tracking scheme can be used to measure the color difference before and after the reaction, and the color change tracking reaction of the AI smart color recognition system can be used to observe the effect;

(5) The time of response check;

Refers to the final inspection time of the decolorization reaction. The reaction system is normal if the decolorization target can be achieved within the inspection time. material;

(6) Estimated color;

It records the color information for the automatic operation result of the decolorization reaction, provides the result estimation of the reaction using the same formula again, and provides the analysis and comparison application of the treatment effect;

(7) The color of the reaction result;

It is the final treatment color for the decolorization reaction target inspection color, and the obtained wastewater color is used as the treatment effect analysis and the decolorization reaction target and recorded in the wastewater decolorization reaction automatic operation database, as the wastewater color automatic operation in the future to compare the final operation target color , which can provide AI intelligent color model evolution technology analysis and comparison targets, check whether the wastewater program is completed, or further correct and supplement the operation program.

The automatic tracking operation method for wastewater decolorization reaction described in the present application, wherein The implementation procedure is:

(1) Wastewater introduction procedures;

The wastewater is introduced into the automatic tracking operation management and control operation system of the wastewater decolorization reaction, and the wastewater is introduced into the system according to the decolorization reaction plan, which can be a fixed amount of batches. Treatment schemes or flow-controlled continuous operation schemes to introduce wastewater;

(2) Wastewater information measurement procedures;

Before the decolorization reaction is performed, the data affecting the decolorization reaction of the wastewater is obtained as the data for the guiding operation of the decolorization reaction. In the batch reaction scheme, the measurement information before the decolorization reaction is captured, and in the continuous reaction, the front end of the reaction is intercepted. The waste water measurement information, the decolorization reaction automatically searches the process formula guide data information, and the information can be PH value, temperature value, conductivity, BOD, COD, salt concentration and other factors that affect the decolorization reaction, which can be used as the process formula. guidance information;

(3) Color interception procedure of wastewater decolorization reaction;

Before the decolorization reaction, the color of the wastewater is obtained, and the guide information is automatically selected as the process formula of the decolorization reaction. In the batch reaction operation, the color of the wastewater before the decolorization reaction is obtained as the process formula. The wastewater color information introduced in the front end of the reaction is used as the guide information for the automatic selection of the process formula, and the wastewater decolorization reaction can be automatically tracked and controlled through color acquisition, and the decolorization reaction records can be recorded. Wastewater color and measurement information are used as search operation guide information, and the most similar treatment process formula is searched through wastewater color and measurement data; through the record and analysis of treatment results, a decolorization reaction automatic operation database for automatic operation of artificial intelligence is established, so that the wastewater can be decolorized. Automatically obtain the effect of formula process tracking and treatment, and realize the automatic tracking, operation and control operation method of AI intelligent wastewater decolorization reaction;

(4) Establish and search for the decolorization reaction process formula program;

After obtaining wastewater measurement information and color information, you can automatically run database search and comparison through the measurement data and color-to-decolorization reaction, and find similar process formulas and load them into decolorization. The reaction system automatically performs the decolorization reaction treatment operation, and can also re-enter the operation process formula through the measurement data and the color of the waste water to perform the decolorization reaction operation. , the effect before and after the decolorization reaction can be clearly seen, which can be used as the formula basis for the operation under the same conditions in the future;

(5) decolorization reaction execution program;

After the process formula is obtained, the decolorization reaction is run according to the conditions of the process formula, and the relevant reaction environment is established, such as starting the stirring device to adjust the water temperature, pH adjustment, inputting the reaction catalyst, etc., so that the decolorization environment can be optimized, and then the decolorization reaction volume operation is performed. Control, control the appropriate reaction volume parameters according to the decolorization method to carry out the decolorization reaction operation, and supply the decolorization reaction volume in the same proportion according to the demand of the processing volume, and the input can be arranged according to the reaction time, so that the reaction volume can be controlled voltage, control current, ozone amount, air The amount, oxidant amount, capture dose, coagulation dose, etc. are supplied according to the decolorization reaction demand, and the time batch, proportional demand, and total amount are input according to the reaction demand;

(6) Decolorization reaction tracking program;

Through the operation of the reaction program, track the amount of decolorization reaction, verify the effect of the decolorization reaction, confirm the execution time of the decolorization reaction, the amount of the decolorization reaction, and the residual amount of the reactants, and ensure the implementation of the reaction program. in accordance with;

(7) color sampling comparison program after decolorization reaction;

After the decolorization reaction, the color of the decolorized water after the reaction can be read by the color acquisition device, and the final processed color can be compared through the AI color recognition unit to further understand whether the color difference meets the formula expectations. The information is combined with the color and wastewater measurement information before and after wastewater treatment to establish an automatic operation database of wastewater decolorization reaction. If it fails to meet the final decolorization standard, it is necessary to return to the search for the decolorization reaction process formula program and perform the decolorization reaction operation again until the decolorization reaction is reached. The above is the operation scheme for batch reaction. For the continuous operation scheme, the color of the wastewater is used as the treatment effect. This color is the inlet color of the next treatment routine. When the inlet color changes, the color of the inlet can be changed. Change search and adjust the treatment process formula to achieve the goal of fully automatic decolorization reaction operation;

(8) decolorization reaction completion procedure;

The color after the above reaction meets the final color target of the decolorization reaction, and the wastewater after the decolorization reaction can be further reused or discharged harmlessly.

The application also provides an automatic tracking operation system for wastewater decolorization reaction, the content of which includes:

(1) Wastewater input control system;

It mainly captures the control scheme of wastewater introduction operation, and introduces appropriate amount of water for decolorization reaction according to the reaction demand, which is an input system constructed by introducing water pump, control valve and liquid level element;

(2) Wastewater decolorization reaction function execution system;

The waste water decolorization reaction function execution system is set up according to the decolorization reaction function requirements;

(3) Wastewater information measurement system;

As a measurement tool for wastewater properties, it provides important reaction conditions data for wastewater treatment decolorization operations, and automatically seeks the best treatment process formula based on the measurement information. Its content includes wastewater PH value, COD value, BOD value, water temperature, conductivity, brine concentration, etc. As the tracking information of wastewater decolorization reaction operation, it can be single measurement information or multiple measurement information, and the measurement is performed according to the tracking conditions required by the decolorization reaction;

(4) Decolorization reaction tracking measurement system;

The amount of decolorization reaction demand is managed and controlled according to the reaction demand, and through the wastewater reaction volume and flow, the power demand energy control and response time tracking control are carried out in equal proportions, so as to achieve optimized energy-saving and high-efficiency operation;

(5) AI wastewater color artificial intelligence automatic tracking operation control system;

The system index collects the color acquisition and measurement information before wastewater treatment, and further obtains the similar operation operation process formula through the automatic operation database of the decolorization reaction, which is used for the automatic tracking of the operation management and control operation execution of the wastewater decolorization reaction. The evolution model analyzes the results of the decolorization reaction, does it meet the requirements of the implementation target? Further, the treatment effect record is used as the data of the automatic operation database of the decolorization reaction, and the future decolorization reaction execution process can be provided, and the analysis effect can be used to adjust some process formulas, so that the decolorization reaction can be executed more smoothly and efficiently. The measurement information can adjust the process formula of the decolorization reaction operation by itself, and realize the operation goal of automatic tracking and operation control of the wastewater decolorization reaction;

(6) Wastewater output control system;

It is designed to remove the decolorized water from the reaction system after the decolorization reaction is completed, and the decolorized water can be removed from the system according to the requirements of the reaction operation.

According to the waste water decolorization reaction execution function system described in this application, its main applicable scope includes:

(1) Capture agent coagulation decolorization reaction system;

It is necessary to put in coagulant, flocculant, coagulant, etc. to capture the color material through stirring and mixing to achieve flocculation and static sedimentation. It is composed of a dosing control metering unit, a mixing and stirring unit, and a sedimentation filter unit;

(2) Oxidant decomposition decolorization reaction system;

The oxidant is used to react and decompose the pigment, which is composed of an oxidant dosing unit, a mixing and stirring unit, a temperature control unit and a filtering unit;

(3) Electrolytic decolorization reaction system;

The electrode is used to electrolyze the wastewater to destroy the pigment to achieve the purpose of decolorization, which is composed of an electrolysis reaction unit, a pH reaction adjustment unit and a mixed air flotation unit;

(4) Electrocoagulation decolorization reaction system;

The electrode is used to release metal ions, carry out oxidation reaction and coagulation, and capture the color material in the wastewater.

(5) ozone decolorization reaction system;

The oxidative decolorization function of wastewater is carried out by utilizing the ozone oxidation ability, and it is composed of a decolorization reaction aeration unit, an ozone generation unit and an exhaust gas treatment unit.

The AI wastewater color artificial intelligence automatic tracking operation management and control system described in this application includes:

(1) Operation display unit;

It is the system man-machine interface, providing operation data access, setting operation interface interface, decolorization reaction system mechanical parameter adjustment and setting interface, operation parameter guide interface, wastewater color reading display interface, decolorization reaction operation information guide interface, decolorization reaction automatic operation database correction interface, decolorization reaction operation database access interface, wastewater measurement Information display interface and color analysis smart display guide interface, which are directly connected with the decolorization reaction automatic tracking operation management unit through the internal interface, which can display the decolorization reaction operation information and provide operators as a basis for operation guidance;

(2) Decolorization reaction automatic tracking operation management unit;

It is the core of decolorization reaction AI artificial intelligence color processing. It receives wastewater color acquisition information from the AI color tracking unit, conducts intelligent model analysis of wastewater decolorization reaction color evolution, decolorization reaction intelligently learns wastewater color evolution path, and analyzes decolorization reaction effect evolution information records. The AI color tracking unit information can be displayed on the operation display unit, allowing the operator to check the decolorization reaction effect; the other is connected to the AI decolorization reaction equipment running unit, and the decolorization reaction wastewater measurement information and decolorization can be obtained through the input/output interface of the decolorization reaction equipment. Reaction volume control tracking data information, wastewater measurement information, wastewater color reaction information and wastewater decolorization reaction operation process formula and other information records are converted into wastewater decolorization reaction automatic operation database, which provides the basis for automatic search formula for future wastewater decolorization reaction operation; its decolorization reaction Obtaining the process formula, you can use the measurement information and color information before wastewater treatment as the search conditions for the decolorization reaction database to obtain the most similar operating process formula to ensure the automatic operation of the wastewater decolorization reaction. , analyze the auxiliary facilities correction of equipment operating conditions, such as the use of catalysts, activated carbon, and electrode materials to update the operating basis, to clear the operating conditions; the decolorization reaction automatically tracks the operation management unit and the operation display unit. The AI color tracking unit and the operation display unit can be connected through the interface. AI decolorization reaction equipment running unit, All are decolorization reaction devices that use network connection to provide data transmission and reception channels, and can also be connected to other factory management information stations or other similar systems through external network interfaces;

(3) AI decolorization reaction operation unit;

Operation control and measurement data management and control of decolorization reaction by indicators. The operation center provides decolorization reaction equipment and measurement input and output interface for system operation and control. Control and information collection, connect the operation information and measurement information to the decolorization reaction automatic tracking operation management unit through the network interface;

(4) AI color tracking unit;

The AI color tracking unit acquires and analyzes the color change of wastewater in the process of wastewater decolorization reaction, understands wastewater color information through the internal RGB color database, identifies the color and chromaticity changes of wastewater, and further records and analyzes the evolution plan of color changes during the decolorization reaction process. , Through intelligent learning and analysis, the color change path of wastewater decolorization reaction can be judged and estimated, and the effect of decolorization reaction can be analyzed through the evolution of reaction time and color. Further, by combining with the automatic tracking operation management unit of decolorization reaction, the color of wastewater can be correlated with measurement information and decolorization. Combined with the reaction process formula, a database of automatic tracking operation of decolorization reaction is established, and the automatic operation goal of AI artificial intelligence can be realized according to the analysis of operation data of historical records. The optimized processing formula is found in the library, which can automatically guide the decolorization reaction operation and achieve the automatic operation goal; the AI color tracking unit has a network connection interface to connect with the decolorization reaction automatic tracking management unit, and the color acquisition interface can be connected to a color acquisition device to read The color information of wastewater can be connected to the color acquisition device through the network to obtain the color information of the wastewater, and the obtained color information of the wastewater can be transmitted through the network To the decolorization reaction automatic tracking operation management unit, to integrate color information and display and record the wastewater color tracking of decolorization reaction;

The AI decolorization reaction operation unit described in this application, the decolorization reaction equipment and the measurement input/output interface of the unit include:

(1) Wastewater input control connection interface;

Provide the measurement and control of wastewater input operation, which can carry out information such as wastewater introduction flow, liquid level, reaction capacity, etc. as required;

(2) Wastewater decolorization reaction execution connection interface;

Provide the operation control interface of the reaction system requirements, which can read, transmit and record the equipment control information and measurement information according to the requirements of the decolorization reaction system, so that the function of the decolorization reaction system can operate correctly;

(3) Wastewater information measurement connection interface;

Provides information on the characteristics of wastewater decolorization reaction. It can be set according to the needs of the decolorization reaction method. It can intercept various data and information affecting the decolorization reaction function. It can also search the decolorization reaction automatic tracking operation database through the data information guide, obtain the optimized process formula, and execute the decolorization reaction. ;

(4) Decolorization reaction quantity tracking measurement connection interface;

The decolorization reaction volume tracking measurement system is used to track and control the requirements of the decolorization reaction process formula. Through the measurement data, the input timing and dosage control of the decolorization reaction process formula can be clearly determined, and the decolorization reaction during the reaction process can be tracked through the measurement of reaction time and reaction residual amount. Does the effect meet the expectations of the decolorization reaction? Track the effect of decolorization reaction by measuring data information to achieve the goal of optimizing automatic operation. When it should deviate from the expected effect, that is, the reaction operation needs to be adjusted, such as the passivation of the reaction catalyst needs to be updated, the reaction electrode needs to be adjusted and updated, the screening process needs to be cleaned, etc. signal to operate;

(5) Interface of waste water output control connection system;

The wastewater output control system is for the wastewater after the decolorization reaction, and further removes the decolorization reaction system to operate, so that the wastewater after the decolorization reaction can be reused or safely discharged, and controls the operation of the treated wastewater.

To sum up, the technical solution of the present application has the following outstanding technical effects:

(1) Using wastewater measurement data and color as a tool to search for accurate information in the automatic operation database of wastewater decolorization reaction, more efficient automatic operation of wastewater decolorization reaction can be realized; The information content is incorporated into the operation record, and the operation record is converted into the automatic operation database of wastewater decolorization reaction. Before providing future wastewater treatment, use the measurement data to compare with the color information, and search for the same measurement data in the automatic operation database of wastewater decolorization reaction. and color information or similar process formula, as the process formula for the execution of the wastewater decolorization reaction, to achieve the goal of automatic operation of the wastewater decolorization reaction;

(2) Correcting the process formula by introducing the color change of the wastewater to realize the automatic correction scheme of the effective wastewater decolorization reaction. Since the wastewater is a variable elastic combination, the color and concentration change at any time. It is necessary to measure and track the nature and color of the wastewater in a timely manner, according to the wastewater conditions. Only by correcting the process formula can the target of the wastewater decolorization reaction be realized;

(3) When using the wastewater measurement data and color information to search for the formula of the automatic operation database of wastewater decolorization reaction, the color before the corresponding wastewater decolorization reaction, the processing time and the color estimation after the reaction can be clearly determined, and the results can be executed through multiple stages or multiple programs, namely Can clear The color image change and processing time distribution status of each paragraph program can be used as a guide operation tool for decolorization reaction. Through the evolution analysis of AI artificial intelligence color model, we can further understand the color change information of each paragraph before and after processing. Through AI artificial intelligence color model recognition, it can clearly predict and process color changes and automatically correct the process formula. As a tool to guide the operation of the wastewater decolorization reaction sections and procedures;

(4) In the process of decolorization reaction, it is often necessary to strengthen the decolorization reaction through auxiliary judgment. For example, if the decolorization efficiency is insufficient due to electrolytic decolorization, the decolorization efficiency may decrease due to the damage of the electrode, and the reaction time becomes longer, and the electrode needs to be renewed; or activated carbon The decrease of the catalytic reaction may affect the decolorization reaction and the oxidation reaction time is longer, and activated carbon needs to be renewed; through the change of the reaction amount and reaction time, auxiliary mechanism operation is needed as the judgment basis when there is a blind spot in the operation of the decolorization reaction system.

1: Decolorization reaction tank

2: AI wastewater color recognition automatic tracking system

3: Hydrogen peroxide concentration sensor

5: Color acquisition device

10: Activated carbon filter

20: Decolorized water filter

30: Sampling filter

40: Activated carbon input port

50: Acid neutralization dosing device

60: Hydrogen peroxide dosing device

100: Wastewater

101: Decolorized water

P1: Wastewater Pump

P2: Outlet pump

P3: Activated carbon filter water pump

P4: Sampling Pump

H: Insulation heater

M: Reaction Mixer

L: level gauge

T: temperature sensor

Q: Salt water concentration meter

V1: Activated carbon outlet valve

V2: Filter Drain Valve

Fig. 1, a kind of automatic tracking operation method of wastewater decolorization reaction

Figure 2. An automatic tracking operation system for wastewater decolorization reaction

Figure 3. Contents of automatic operation database of wastewater decolorization reaction

Figure 4. AI wastewater color artificial intelligence automatic tracking operation control system

Figure 5. Implementation program for automatic operation of decolorization reaction

Figure 6, a system diagram of the decolorization reaction and reuse of cotton wool waste dye solution

As shown in Figure 1, its contents include:

(1) Using the color acquisition device combined with the AI artificial intelligence color recognition host as the Wastewater color acquisition input tool;

The color of wastewater can be obtained through the color acquisition device, and the AI smart color recognition host is further introduced to obtain the color level of the wastewater image by using the RBG color analysis image, and further confirm the wastewater color model as the basis for decolorization treatment analysis. The color acquisition device can For digital cameras, digital cameras, spectrometers, used to obtain the color of wastewater;

(2) Utilize the waste water measurement data and color as a search and loading tool for the decolorization reaction process formula;

Use wastewater measurement data and color information as the basis for wastewater treatment to search for formulations. The measurement data will affect the decolorization reaction efficiency factors such as wastewater salt concentration, PH value, BOD value, COD value, conductivity, water temperature, chromaticity and other related information. For colors such as red, yellow, green, black, white, and mixed derived colors, which have different requirements for the amount of oxidation reaction, using wastewater measurement data and color as tools to search for accurate information on the automatic operation database of wastewater decolorization reaction, it is possible to Realize more efficient automatic operation of wastewater decolorization reaction;

(3) Utilize the operation record of wastewater decolorization reaction as the information source for establishing the automatic operation database of wastewater decolorization reaction;

The automatic operation database of wastewater decolorization reaction incorporates the content of wastewater measurement data and color information into the operation record, and converts the operation record into the automatic operation database of wastewater decolorization reaction. In the automatic operation database of wastewater decolorization reaction, seek the same measurement data and color information or similar process formula as the operation process formula of wastewater decolorization reaction, so as to realize the operation target of automatic operation of wastewater decolorization reaction;

(4) Utilize the color comparison before and after the reaction to compare the color change record difference of the automatic operation database of the wastewater decolorization reaction as a decolorization formula correction tool;

The reaction conditions of wastewater decolorization need to be corrected according to the change of wastewater source and imported into the correct operation formula. When the source of wastewater changes, it needs to be corrected by the change of the formula, and when the color changes after treatment, it is also necessary to correct the reaction amount according to the treatment effect; Paragraph correction or batch correction for multiple times can realize the best operation mode of wastewater treatment. Only by correcting the reaction color tool can confirm the implementation of the decolorization reaction operation. Batch operation requires multi-program and multi-color correction process formula. When multi-stage and multi-equipment are connected in series, formula correction is carried out before and after each equipment; process formula correction is carried out by introducing the color change of wastewater, so as to realize the automatic correction scheme of effective wastewater decolorization reaction. Variable elastic combination, the color and concentration change at any time, it is necessary to measure and track the nature and color of the wastewater in a timely manner, and modify the process formula according to the wastewater conditions, in order to achieve the goal of wastewater decolorization reaction;

(5) Utilize the introduction of wastewater information and color change tracking, adjust the operation process formula, and establish a tracking and adjustment operation tool for optimizing the wastewater decolorization reaction;

Wastewater decolorization reaction operation is due to the influence of the factory process on the source of wastewater, and the nature, color and concentration of wastewater cannot be unified. The information and color of wastewater change due to the production process, and the process formula of wastewater decolorization reaction needs to be adjusted relatively;

(6) Utilize waste water decolorization reaction to automatically run color change information records, establish a color evolution image of waste water decolorization reaction, and use it as a decolorization reaction guidance and identification operation tool;

When using the wastewater measurement data and color information to search for the recipe of the automatic operation database of wastewater decolorization reaction, the color before the corresponding wastewater decolorization reaction, the processing time and the color estimation after the reaction can be clearly understood. The color image change and processing time distribution status of each paragraph program can be used as a guide operation tool for decolorization reaction. Through the evolution analysis of AI artificial intelligence color model, we can further understand the color change information of each paragraph before and after processing. Recognition through AI artificial intelligence color model can be clear Estimated processing color changes automatically corrects the process recipe. It has a guide for wastewater decolorization reaction section and program operation tools;

(7) Utilize the tracking decolorization reaction volume and execution time difference data as the auxiliary reaction energy efficiency verification basis;

In the process of decolorization reaction, it is often necessary to strengthen the decolorization reaction through auxiliary judgment. For example, if the decolorization efficiency is insufficient due to electrolytic decolorization, the decolorization efficiency may be reduced due to the damage of the electrode, and the reaction time will be longer, and the electrode needs to be renewed; or activated carbon catalyst reaction Decrease, it may affect the decolorization reaction oxidation reaction amount and time is longer, and activated carbon needs to be updated; through the change of reaction amount and reaction time, auxiliary mechanism operation is needed as a judgment basis when there is a blind spot in the operation of the decolorization reaction system.

Through the above method, the automatic tracking operation method of wastewater decolorization reaction can be established, and the structure contents established for the automatic operation database of wastewater decolorization reaction for implementing the above operation method are as follows:

(1) Wastewater measurement data;

The information is the characteristics of wastewater, which have influence on the decolorization reaction, including salt concentration, conductivity, PH value, BOD value, COD value, water temperature and other information;

(2) The color before the reaction;

The color before the reaction is obtained through the color acquisition device, and the color record is used as the guide information of the reaction formula. The color comparison analysis is carried out according to the AI smart color recognition system to obtain the closest color to the automatic operation database record information of the wastewater decolorization reaction, which is used as the basis for the automatic operation formula. ;

(3) decolorization reaction amount;

The amount of decolorization reaction refers to the demand for the amount of decolorization reaction, which can be the amount of oxidant, the amount of coagulation scavenger, the amount of electrode reaction, etc. The amount of oxidant can be chlorine dioxide, bleach, etc. The amount of white water, hydrogen peroxide, ozone, hydrosulfite, etc., the amount of coagulant can be the amount of flocculant, coagulation aid, etc., and the amount of electrode reaction can be electrolytic decolorization power, electrocoagulation power parameters, electrodialysis power consumption, etc.;

(4) the execution time of decolorization reaction;

It means that the decolorization reaction can be tracked whether the reaction is completed through the residual measurement of the reaction agent, and the timing tracking scheme can be used to measure the color difference before and after the reaction, and the AI smart color recognition system can be used to track the color change and observe the effect of the reaction;

(5) The time of response check;

Refers to the final inspection time of the decolorization reaction. The reaction system is normal if the decolorization target can be achieved within the inspection time. material;

(6) Estimated color;

It records the color information for the automatic operation result of the decolorization reaction, provides the result estimation of the reaction using the same formula again, and provides the analysis and comparison application of the treatment effect;

(7) The color of the reaction result;

It is the final treatment color of the decolorization reaction target inspection color, and the obtained wastewater color is recorded in the wastewater decolorization reaction automatic operation database as the treatment effect analysis and the decolorization reaction target. It can provide AI intelligent color model evolution technology to analyze and compare the target, check whether the wastewater program is completed, or further correct and supplement the operation program.

During the operation, through the change of the inlet color, the operation formula can be adjusted and changed according to the automatic operation database of the wastewater decolorization reaction, and the formula process can be adjusted to confirm the decolorization completion. The operation performs dynamic run adjustments to complete the destaining reaction target.

In order to practice the above method, an automatic tracking operation control system for wastewater decolorization reaction is specially established, as shown in Figure 2, and its contents are as follows:

(1) Wastewater input control system;

It mainly captures wastewater and introduces it into the operation control scheme, and introduces appropriate water amount for decolorization reaction according to the reaction demand, which is an input system constructed by introducing water pump, control valve and liquid level element;

(2) Wastewater decolorization reaction function execution system;

The wastewater decolorization reaction function execution system is built according to the decolorization reaction function requirements; considering the establishment of the decolorization reaction operation procedure, its main applicable scopes are:

a. Capture agent coagulation decolorization reaction system;

It is necessary to put in coagulant, flocculant, coagulant, etc. to capture the color material through stirring and mixing to achieve flocculation and static sedimentation. It is composed of a dosing control metering unit, a mixing and stirring unit, and a sedimentation filter unit;

b. Oxidant decomposition decolorization reaction system;

The oxidant is used to react and decompose the colorant, which is composed of an oxidant dosing unit, a mixing and stirring unit, a temperature control unit and a filtering unit, etc., to provide an effective oxidation reaction operation;

c. Electrolytic decolorization reaction system;

The electrode is used for wastewater electrolysis to destroy the colorant to achieve the purpose of decolorization. It is composed of an electrolysis reaction unit, a pH reaction adjustment unit and a mixed air flotation unit, which are effectively mixed to provide the best environmental electrolytic oxidation decolorization reaction function;

d. Electrocoagulation decolorization reaction system;

The electrode is used to release metal ions, carry out oxidation reaction and coagulation, and capture color materials in wastewater. It consists of electrolysis reaction unit, aeration unit, neutralization and flocculation mixing unit, static sedimentation unit, filtration and separation unit, etc., providing effective decolorization reaction. ;

e. Ozone decolorization reaction system;

The oxidative decolorization function of wastewater is carried out by utilizing the ozone oxidation ability. It consists of a decolorization reaction aeration unit, an ozone generation unit and an exhaust gas treatment unit, etc., so that the wastewater and ozone can be mixed evenly, and further oxidation reaction can be achieved. The wastewater decolorization reaction can be effectively realized.

(3) Wastewater information measurement system;

As a measuring tool for wastewater properties, it provides important reaction conditions for wastewater treatment and decolorization operations, and automatically seeks the best treatment process formula based on the measurement information. The content of the measurement information includes wastewater PH value, COD value, BOD value, water temperature, conductivity, brine Concentration, etc., as the tracking information of wastewater decolorization reaction operation, can be single measurement information or multiple measurement information, and the measurement is performed according to the tracking conditions required by the decolorization reaction;

(4) Decolorization reaction tracking measurement system;

For decolorization applications, the amount of demand is controlled according to the reaction demand, and through the reaction volume and flow of wastewater, the power demand energy control and response time tracking control are carried out in equal proportions, so as to provide optimized energy-saving and high-efficiency operation;

(5) AI wastewater color artificial intelligence automatic tracking operation control system;

The system index collects the color acquisition and measurement information before wastewater treatment, and further obtains the similar operating operation process formula through the automatic operation database of the decolorization reaction, which is used as the automatic tracking operation control operation execution for the wastewater decolorization reaction, and records the information and artificial intelligence color through effective operation. The evolution model analyzes the results of the decolorization reaction, does it meet the requirements of the implementation target? Further, the treatment effect record is used as the data of the automatic operation database of the decolorization reaction, and the future decolorization reaction execution process can be provided, and the analysis effect can be used to adjust some process formulas, so that the decolorization reaction can be executed more smoothly and efficiently. The measurement information can adjust the process formula of the decolorization reaction operation by itself, and realize the automatic tracking operation management and control operation goals of the wastewater decolorization reaction;

Solve the problem of using light transmittance and chromaticity as the control of decolorization reaction in the original wastewater treatment Information, ignoring that different colorants have different conditions for running formulas, so that the decolorization reaction can be automatically run and tracked to complete the decolorization reaction more efficiently; the AI wastewater color artificial intelligence automatic tracking operation control system is shown in Figure 4. Contents include:

a. Operation display unit;

It is the system man-machine operation interface, providing operation data access, setting operation interface, decolorization reaction system mechanical parameter adjustment and setting interface, operation parameter guide interface, waste water color reading and display interface, decolorization reaction operation information guide interface, and automatic operation of decolorization reaction. The database correction interface, the decolorization reaction operation database access interface, the wastewater measurement information display interface and the color analysis smart display guide interface are directly connected with the decolorization reaction automatic tracking operation management unit through the internal interface, which can display the decolorization reaction operation information. Provide the operator with the operation guide and operation basis;

b. Decolorization reaction automatic tracking operation management unit;

It is the core of decolorization reaction AI artificial intelligence color processing. It receives wastewater color acquisition information from AI color tracking unit, intelligent model analysis of wastewater decolorization reaction color evolution, decolorization reaction intelligent learning wastewater color evolution path, and analyzes decolorization reaction effect evolution information records. The AI color tracking unit information is transmitted to the operation display unit for display, allowing the operator to view the decolorization reaction effect; the other is connected to the AI decolorization reaction equipment operation unit, and the decolorization reaction wastewater measurement information and decolorization reaction are obtained through the input/output interface of the decolorization reaction equipment. Quantity control tracking data information, wastewater measurement information, wastewater color reaction information and wastewater decolorization reaction operation process formula and other information records are converted into the automatic operation database of wastewater decolorization reaction, which provides the basis for automatic search formula for future wastewater decolorization reaction operation; its decolorization reaction process For formula acquisition, the measurement information and color information before wastewater treatment can be used as the search conditions for the decolorization reaction database to obtain the most similar operating process formula to ensure the automatic operation effect of the wastewater decolorization reaction. Estimate the color difference, analyze the equipment operating conditions and auxiliary facilities correction, such as the use of catalysts, activated carbon, electrode materials to update the operating basis, can clearly understand the operating conditions; the decolorization reaction is automatically tracked. The operation management unit and the operation display unit can be connected to the AI color through the interface Both the tracking unit and the AI decolorization reaction equipment operation unit use network connections to provide data transmission and reception channels for decolorization reaction devices, and can also be connected to other factory management information stations or other similar systems through external network interfaces;

c. AI decolorization reaction operation unit;

Operation control and measurement data management and control of decolorization reaction by indicators. The operation center provides decolorization reaction equipment and measurement input and output interface for system operation and control. Control and information collection, connect the operation information and measurement information to the decolorization reaction automatic tracking operation management unit through the network interface;

The main connection and control contents of the decolorization reaction equipment and the measurement input/output interface are:

(1) Wastewater input control connection interface;

Provide the measurement and control of wastewater input operation, which can carry out information such as wastewater introduction flow, liquid level, reaction capacity, etc. as required;

(2) Wastewater decolorization reaction execution connection interface;

Provide the operation control interface of reaction system requirements, which can read, transmit and record operation channel of equipment control information and measurement information required by decolorization reaction system, so that the function of decolorization reaction system can operate correctly;

(3) Wastewater information measurement connection interface;

Provides information on the characteristics of wastewater decolorization reaction. It can be built according to the needs of the decolorization reaction method. It can intercept various data and information that affect the decolorization reaction function. Guided search for the decolorization reaction to automatically track the operation database, obtain the optimized process formula, and execute the decolorization reaction;

(4) Decolorization reaction quantity tracking measurement connection interface;

The decolorization reaction volume tracking measurement system is used to track and control the requirements of the decolorization reaction process formula. Through the measurement data, the input timing and dosage control of the decolorization reaction process formula can be clearly determined, and the decolorization reaction during the reaction process can be tracked through the measurement of reaction time and reaction residual amount. Does the effect meet the expectations of the decolorization reaction? The decolorization reaction effect is tracked by measuring data information to achieve the goal of optimizing the automatic operation operation. When the decolorization reaction deviates from the expected effect, the reaction operation needs to be adjusted, such as the passivation of the reaction catalyst needs to be updated, the reaction electrode needs to be adjusted and updated, and the filter needs to be cleaned, etc. , to ensure the normalization of the decolorization reaction, and obtain the adjustment and replacement operation signal from the measurement data of the decolorization reaction;

(5) Wastewater output control connection interface;

The wastewater output control system is for the wastewater after the decolorization reaction, and further removes the decolorization reaction system to operate, so that the wastewater after the decolorization reaction can be recycled or safely discharged, and the operation of the treated wastewater can be controlled.

The control of the decolorization reaction system can be completed through the above-mentioned input/output interface connection, and the tracking operation purpose of the wastewater decolorization reaction can be realized.

d. AI color tracking unit;

The AI color tracking unit acquires and analyzes the color change of wastewater in the process of wastewater decolorization reaction, understands wastewater color information through the internal RGB color database, identifies the color and chromaticity changes of wastewater, and further records and analyzes the evolution plan of color changes during the decolorization reaction process. Through intelligent learning and analysis, the color change path of wastewater decolorization reaction can be judged and estimated, and the effect of decolorization reaction can be analyzed through the evolution of reaction time and color. Furthermore, by combining with the automatic tracking operation management unit of decolorization reaction, the color of wastewater can be correlated with measurement information. Combining the information with the decolorization reaction process formula, establishes an automatic tracking operation database of the decolorization reaction, and realizes the automatic operation goal of AI artificial intelligence according to the analysis of the historical record operation data. The optimized processing formula is found in the tracking operation database, which can automatically guide the decolorization reaction operation and achieve the automatic operation goal; the AI color tracking unit has a network connection interface to connect with the decolorization reaction automatic tracking management unit, and the color acquisition interface can be connected to the color acquisition interface. The device reads the color information of the wastewater, which can be connected to the color acquisition device through the network to obtain the color information of the wastewater, and the obtained color information of the wastewater is transmitted to the decolorization reaction automatic tracking operation management unit through the network, and the color information is integrated, displayed and recorded for decolorization. Reaction wastewater color tracking operation tool;

Through the combination of the above units, the AI wastewater color artificial intelligence tracking and control system can be completed, and the operation and application of wastewater decolorization reaction can be provided.

(6) Wastewater output control system;

It is designed to remove the decolorized water from the reaction system after the decolorization reaction is completed, and the decolorized water can be removed from the system according to the requirements of the reaction operation.

Through the above system combination, an automatic tracking operation management and control system for wastewater decolorization reaction can be established to achieve the goal of automatic operation of wastewater decolorization reaction. Group control is the operating mode.

An implementation procedure of an automatic tracking operation management and control operation method and system for wastewater decolorization reaction is shown in Figure 5. The contents are as follows:

(1) Wastewater introduction procedures;

The wastewater is introduced into the automatic tracking operation management and control operation system of the wastewater decolorization reaction, and the wastewater is introduced into the system according to the decolorization reaction plan, which can be a fixed amount of batch processing wastewater management scheme or continuous operation scheme with flow control;

(2) Wastewater information measurement procedures;

Before the decolorization reaction is performed, the data that affects the decolorization reaction of the wastewater are extracted and used as the guiding calculation data for the decolorization reaction. In the batch reaction scheme, the measurement information before the decolorization reaction is captured, and in the continuous reaction, the front end of the reaction is intercepted. The waste water measurement information, the decolorization reaction automatically searches the process formula guide information, and the information can be PH value, temperature value, conductivity, BOD, COD, salt concentration and other factors that affect the decolorization reaction, which can be used as the process formula. citing information;

(3) Color interception procedure of wastewater decolorization reaction;

Before the decolorization reaction, the color of the wastewater is obtained, and it is automatically selected as the guide information for the process formula of the decolorization reaction. In the batch reaction operation, the color of the wastewater before the decolorization reaction is used as the process formula to automatically select the operation guide information. The wastewater color information introduced in the front-end of the reaction is used as the process recipe automatic selection operation guide information. It can automatically track the operation control operation of the wastewater decolorization reaction through color acquisition, record the decolorization reaction, and further convert the operation record to establish the decolorization reaction automatic operation database. Using wastewater color and measurement information as the search operation guide information, search for the most similar treatment process formula through wastewater color and measurement data; through the record analysis of treatment results, establish an automatic operation database of decolorization reaction automatically operated by artificial intelligence, so that wastewater can undergo decolorization reaction It can automatically obtain the effect of formula process tracking and treatment, and realize the automatic tracking operation control operation method of AI intelligent wastewater decolorization reaction;

(4) Establish and search for the decolorization reaction process formula program;

After obtaining wastewater measurement information and color information, you can automatically run the database search and comparison through the measurement data and color to decolorization reaction, find similar process formulas and load them into the decolorization reaction system to automatically perform decolorization reaction treatment operations. Re-input the running process formula for decolorization reaction operation. In the reaction operation result, the process formula of the decolorization reaction automatic operation database can be directly established through the operation result record, and the effect before and after the decolorization reaction can be clearly understood, which can be used as the formula basis for the operation under the same conditions in the future;

(5) decolorization reaction execution program;

After the process formula is obtained, the decolorization reaction is run according to the process formula conditions, and the relevant reaction environment is established, such as starting the stirring device to adjust the water temperature, pH adjustment, inputting the reaction catalyst, etc., so that the decolorization method environment can realize optimal operation, and then carry out the decolorization reaction volume Operation control, control the appropriate reaction volume parameters according to the decolorization method to carry out the decolorization reaction operation, and supply the decolorization reaction volume in the same proportion according to the demand of the processing volume. Air volume, oxidant volume, capture dose, coagulation dose, etc. are supplied according to the decolorization reaction demand, and the time batch, proportional demand, and total amount are input according to the reaction demand;

(6) Decolorization reaction tracking program;

Through the operation of the reaction program, track the amount of decolorization reaction, verify the effect of the decolorization reaction, confirm the execution time of the decolorization reaction, the amount of the decolorization reaction, and the residual amount of the reactants, and ensure the implementation of the reaction program. in accordance with;

(7) color sampling comparison program after decolorization reaction;

After the decolorization reaction, the color of the decolorized water after the reaction can be read by the color acquisition device, and the final processed color can be compared through the AI color recognition unit to further understand whether the color difference meets the formula expectations. Color and wastewater measurement information before and after wastewater treatment, and establish a database for automatic operation of wastewater decolorization reaction. The decolorization reaction operation operation should be carried out again according to the process formula program, and the decolorization reaction operation will not be completed until the decolorization reaction requirements are met. The above is the batch reaction operation plan. If the continuous operation plan is adopted, the color of the extracted wastewater is used as the treatment effect, and this color is the next treatment. Regular inlet color, when the inlet color changes, you can search and adjust the processing formula through the inlet color change to achieve the goal of fully automated decolorization reaction operation;

(8) decolorization reaction completion procedure;

By meeting the final color target of the decolorization reaction above, the wastewater after the decolorization reaction can be further recycled or discharged harmlessly.

An embodiment of an operation method and system for automatic tracking operation of wastewater decolorization reaction is a system for decolorization reaction and reuse of cotton dyeing waste dye liquor. Cotton dyeing wastewater contains a large amount of sodium cyanate and soda ash, which belong to alkaline wastewater, and its decolorization reaction adopts hydrogen peroxide activated carbon catalytic reaction. The system, as shown in Figure 6, contains:

(1) The waste water introduction control system is composed of P1 waste water pump and L level gauge. 100 waste water is introduced into 1 decolorization reaction tank through P1 waste water pump. Through the L level gauge, a fixed amount of water can be introduced according to batch requirements for batch decolorization reaction. When the requirement of the L level gauge is reached, the introduction of waste water is stopped.

(2) The waste water decolorization reaction mixing system is composed of 1 decolorization reaction tank, M reaction mixer and H insulation heater, 60% hydrogen peroxide dosing device, 50% acid dosing device, etc.; cotton dyeing wastewater is provided for decolorization reaction mixing operation, through M reaction The mixer runs to stir the wastewater, and the activated carbon is introduced into the wastewater from the 40 activated carbon input port, and the wastewater can be fully mixed and reacted with the activated carbon. Maintaining a fixed reaction temperature, the waste water can be neutralized by PH control, and the soda ash can be converted into Yuan Ming powder as a dyeing aid, so that the decolorized brine after treatment can be returned to the process for utilization.

(3) Wastewater information measurement system, which is composed of Q brine concentration meter, PH meter, T temperature sensor, 3 hydrogen peroxide concentration sensors and 5 color acquisition devices; among which 5 color acquisition devices, PH meter, 3 hydrogen peroxide concentration sensors It is necessary to use the P4 sampling pump to extract the reaction wastewater for tracking measurement. The temperature of the wastewater can be clearly introduced through the thermometer and the operating temperature during the reaction can be controlled. The temperature of the reaction process can be maintained by interacting with the H insulation heater. Carry out the reaction; Q brine concentration meter can measure the salt content in wastewater, which will affect the decolorization reaction function, and can be used as a guide parameter for searching formula; Its transformation mechanism is

Na ₂ CO ₃₊ H ₂ SO ₄ → Na ₂ SO ₄₊ CO ₂ +H2O

5 The color acquisition device is a digital camera, which can easily acquire the color image of the waste dye solution before the decolorization reaction, understand the color depth and hue, and analyze the color information of the wastewater through the photographic RGB image, which can be used as the basis for searching for the treatment formula before treatment. Different from the general colorimeter, the colorimeter is based on the light transmittance of water, and the chromaticity obtained by dilution can ignore the problem of hue. The reaction process required for different hues is different. Efficient reaction needs to be carried out from the optimal conditions, not a unified mode. The 5-color acquisition device can track the color change of the decolorization reaction process and the time required for the process. Through the automatic color recognition training of a large number of operating data, the optimal process formula can be automatically analyzed. , to achieve the goal of automatic operation. 3 Hydrogen peroxide concentration sensor Provides a hydrogen peroxide reaction control tool, uses the 3 hydrogen peroxide concentration sensor to track the reaction status of the input hydrogen peroxide and detect the residual amount of hydrogen peroxide Analysis reaction operation Concentration control and reaction time tracking, whether the effect of hydrogen peroxide achieves the expected target, provides reaction tracking operation tools .

(4) AI wastewater identification automatic tracking operation system is used as the decolorization reaction control core It is connected to the decolorization reaction equipment system for operation control. The content contains a large amount of operation tracking data combined with wastewater images and measurement information to establish a decolorization reaction automatic operation database. It is stored in the system as a basis for future analysis and execution; Afterwards, the wastewater color, salt concentration, wastewater temperature, PH value and other information can be obtained through the wastewater information measurement system, and the operation can be directly obtained through the automatic search method. By recording the process formula, the wastewater decolorization reaction task can be performed. The auxiliary operation of decolorization reaction can be carried out according to the formula operation. First, the soda ash is neutralized to form Yuanming powder, which is mixed with the M reaction mixer through the pH meter and 50 acid dosing device, and the waste water temperature is further adjusted to the reaction demand temperature. The agitator and the H insulation heater are operated, the wastewater is raised to the reaction temperature, and then hydrogen peroxide is introduced into the hydrogen peroxide dosing device for decolorization and oxidation reaction. The hydrogen peroxide forms OH radicals under the catalysis of activated carbon, which can quickly destroy the dye structure. The decolorization target is controlled by the concentration of hydrogen peroxide input, and the residual hydrogen peroxide is tracked through the time course reaction to judge whether the hydrogen peroxide reaction procedure is completed. Further, combined with the color acquisition, the input amount of hydrogen peroxide, the reaction time and the color change are tracked and tracked to track the decolorization reaction effect to meet the decolorization requirements. Further use the drainage system to lead the 2 decolorization water out of the system for reuse, and the loop utilization target can be obtained; the decolorization reaction operation information can be recorded and analyzed and further stored in the decolorization reaction automatic operation database, which can be used as the decolorization reaction process formula in the future. Color analysis and calculation of big data, revise the new process formula, and improve the efficiency of decolorization reaction.

(5) The decolorization brine extraction system is composed of 1 decolorization reaction tank connected to the outlet of P2 outlet pump and 20 decolorization water filters, which can lead out the decolorized water after the decolorization reaction through the 20 decolorization water filter to filter the residue in the wastewater and activated carbon filter. The effluent can be led out of the system through the V2 filter discharge valve, and after the decolorized water is led out, the wastewater can be introduced for the next decolorization reaction.

(6) The activated carbon catalyst extraction system is composed of 1 decolorization reaction tank connected to the bottom of the V1 activated carbon outlet valve, 10 activated carbon filters and P3 activated carbon filter water pump; the AI decolorization wastewater identification automatic tracking operation system is used to track the operation of the decolorization reaction, When the amount of hydrogen peroxide used and the reaction time change during operation, when the decolorization reaction color cannot be removed when the amount and time are the same as the formula, the activity of the activated carbon is weakened, and the amount and reaction time of hydrogen peroxide need to be increased, which can be clear by controlling the deviation. When the activated carbon is updated, the original activated carbon must be removed from the reaction system. It can be opened through the V1 activated carbon outlet valve, so that the water and activated carbon at the bottom of the decolorization reaction tank are introduced into the 10 activated carbon filter, and the activated carbon is filtered out and regenerated and reused. The decolorized water can be combined with the P3 activated carbon filter water pump to lead out the system for reuse.

Claims (7)

An automatic tracking operation method for wastewater decolorization reaction, characterized in that it comprises the following steps: (1) Using the color acquisition device combined with the AI artificial intelligence color recognition host as an input tool for wastewater color acquisition; The color of wastewater can be obtained through the color acquisition device, and the AI smart color recognition host is further introduced to obtain the color level of the wastewater image by using the RBG color analysis image, and further confirm the wastewater color model as the basis for decolorization treatment analysis. The color acquisition device can is a digital camera, digital camera or spectrometer used to obtain the color of wastewater; (2) Utilize wastewater measurement data and color as a tool for searching and loading the decolorization reaction process formula; Use wastewater measurement data and color information as the basis for wastewater treatment to search for formulations. The measurement data will affect the decolorization reaction efficiency factors such as wastewater salt concentration, PH value, BOD value, COD value, conductivity, water temperature, chromaticity and other related information. For colors such as red, yellow, green, black, white, and mixed derived colors, which have different requirements for the amount of oxidation reaction, the wastewater measurement data and color are used as tools to search for accurate information on the automatic operation database of wastewater decolorization reaction. It can realize more efficient automatic operation of wastewater decolorization reaction; (3) Utilize the operation record of wastewater decolorization reaction as the information source for establishing the automatic operation database of wastewater decolorization reaction; The automatic operation database of wastewater decolorization reaction incorporates the content of wastewater measurement data and color information into the operation record, and converts the operation record into the automatic operation database of wastewater decolorization reaction. In the automatic operation database of wastewater decolorization reaction, seek the same measurement data and color information or similar process formula as the operation process formula of wastewater decolorization reaction, so as to realize the operation target of automatic operation of wastewater decolorization reaction; (4) Using the color comparison before and after the reaction to compare the color change records of the automatic operation database of the wastewater decolorization reaction Record the difference as a decolorization formula correction tool; The reaction conditions of wastewater decolorization need to be corrected according to the change of wastewater source and imported into the correct operation formula. When the source of wastewater changes, it needs to be corrected by the change of the formula, and when the color changes after treatment, it is also necessary to correct the reaction amount according to the treatment effect; The best operation mode of wastewater treatment can be realized by correcting one paragraph or making multiple batches of corrections. Only by correcting the reaction color tool can confirm the implementation of the decolorization reaction operation; A single batch operation requires multiple programs and multiple colors to correct the process formula. When multiple stages and multiple equipment are connected in series, the formula correction is performed before and after each equipment; the process formula correction is carried out by introducing the color change of the wastewater, and the automatic correction scheme of the effective wastewater decolorization reaction is realized. Variable and elastic combination, color and concentration change at any time, it is necessary to measure and track the nature and color of wastewater, and correct the process formula according to wastewater conditions, in order to achieve the goal of wastewater decolorization reaction; (5) Utilize the introduction of wastewater information and color change tracking, adjust the operation process formula, and establish a tracking and adjustment operation tool for optimizing the wastewater decolorization reaction; The operation of wastewater decolorization reaction cannot be unified in nature, color and concentration because the source of wastewater is affected by the factory process, and the process formula of wastewater decolorization reaction needs to be adjusted relatively; (6) Utilize the waste water decolorization reaction to automatically run the color change information record, establish the color evolution image of the waste water decolorization reaction, and use it as a decolorization reaction guidance and identification operation tool; When using the wastewater measurement data and color information to search for the recipe of the automatic operation database of wastewater decolorization reaction, the color before the corresponding wastewater decolorization reaction, the processing time and the color estimation after the reaction can be clearly understood. The color image change and processing time distribution status of each paragraph program can be used as a guide operation tool for decolorization reaction. Through the evolution analysis of AI artificial intelligence color model, we can further understand the color change information of each paragraph before and after processing. Clearly predict and process color changes and automatically correct the process configuration It is used as a tool to guide the operation of the wastewater decolorization reaction section and procedure; (7) Utilize the tracking decolorization reaction volume and execution time difference data as the auxiliary reaction energy efficiency verification basis; In the process of decolorization reaction, it is often necessary to strengthen the decolorization reaction through auxiliary judgment. For example, if the decolorization efficiency is insufficient due to electrolytic decolorization, the decolorization efficiency may be reduced due to the damage of the electrode, and the reaction time will be longer, and the electrode needs to be renewed; or activated carbon catalyst reaction Decrease, it may affect the decolorization reaction oxidation reaction amount and time is longer, and activated carbon needs to be updated; through the change of reaction amount and reaction time, auxiliary mechanism operation is needed as a judgment basis when there is a blind spot in the operation of the decolorization reaction system. The automatic operation database of the wastewater decolorization reaction involved in the method according to claim 1, its structural content includes: (1) Wastewater measurement data; The information is the characteristics of wastewater, factors that affect the decolorization reaction, including salt concentration, conductivity, PH value, BOD value, COD value, water temperature and other information; (2) The color before the reaction; The color before the reaction is obtained through the color acquisition device, and the color record is used as the guide information for the reaction formula, and the color comparison analysis is carried out according to the AI smart color recognition system to obtain the automatic operation database record information closest to the color wastewater decolorization reaction, as the automatic operation formula basis; (3) decolorization reaction amount; The amount of decolorization reaction refers to the amount of decolorization reaction material, which can be the amount of oxidant, the amount of coagulation scavenger, the amount of electrode reaction electricity, etc. The amount of oxidant can be chlorine dioxide, bleaching water, hydrogen peroxide, ozone, hydrosulfite, etc. , the amount of coagulant can be the amount of flocculant, coagulant aid, etc., and the electrode reaction electricity can be the electricity of electrolysis decolorization, electricity parameters of electrocoagulation, electricity consumption of electrodialysis, etc.; (4) the execution time of decolorization reaction; It means that the decolorization reaction can track whether the reaction is completed by measuring the residual of the reaction agent, and it can also be used to measure the completion of the reaction. The time tracking solution measures the color gap before and after the reaction, and uses the AI smart color recognition system to track the color change to observe the effect; (5) The time of response check; Refers to the final inspection time of the decolorization reaction. The reaction system is normal if the decolorization target can be achieved within the inspection time. material; (6) Estimated color; It records the color information for the automatic operation result of the decolorization reaction, provides the result estimation of the reaction using the same formula again, and provides the analysis and comparison application of the treatment effect; (7) The color of the reaction result; It is the final treatment color for the decolorization reaction target inspection color, and the obtained wastewater color is used as the treatment effect analysis and the decolorization reaction target and recorded in the wastewater decolorization reaction automatic operation database, as the wastewater color automatic operation in the future to compare the final operation target color , which can provide AI intelligent color model evolution technology analysis and comparison targets, check whether the wastewater program is completed, or further correct and supplement the operation program. A kind of automatic tracking operation method of wastewater decolorization reaction as described in claim 1, its implementation procedure is: (1) Wastewater introduction procedures; The wastewater is introduced into the wastewater decolorization reaction automatic tracking operation management and control operation system, and the wastewater is introduced into the system according to the decolorization reaction plan, which can be a fixed-amount batch treatment plan or a flow-controlled continuous operation plan to introduce wastewater; (2) Wastewater information measurement procedures; Before the decolorization reaction is carried out, the data affecting the decolorization reaction of the wastewater are obtained as the data for the guiding operation of the decolorization reaction. During the continuous reaction, the waste water measurement information at the front end of the reaction is intercepted, and the decolorization reaction automatically searches for the information of the process recipe guide data. The information can be PH value, temperature value, conductivity, BOD, COD, salt concentration, etc. The factors of the reaction can be used as the process formula to choose the operation guidance information; (3) Color interception procedure of wastewater decolorization reaction; Before the decolorization reaction, the color of the wastewater is obtained, and it is automatically selected as the guide information for the process formula of the decolorization reaction. In the batch reaction operation, the color of the wastewater before the decolorization reaction is obtained as the process formula. The wastewater color information introduced in the front-end of the reaction is used as the guide information for the automatic selection of the process formula, and the wastewater decolorization reaction can be automatically tracked and controlled through color acquisition, and the decolorization reaction records can be recorded. Wastewater color and measurement information are used as search operation guide information, and the most similar treatment process formula is searched through waste water color and measurement data; through the record and analysis of treatment results, a decolorization reaction automatic operation database for automatic operation of artificial intelligence is established, so that the wastewater can be decolorized. Automatically obtain the effect of formula process tracking and treatment, and realize the automatic tracking and operation control operation method of AI intelligent wastewater decolorization reaction; (4) Establish and search for the decolorization reaction process formula program; After obtaining the wastewater measurement information and color information, you can automatically run the database search and comparison through the measurement data and color to the decolorization reaction, find a similar process formula, and load it into the decolorization reaction system to automatically perform the decolorization reaction treatment operation. Input the running process formula for decolorization reaction operation. When the reaction operation is over, the process formula of the decolorization reaction automatic operation database can be directly established through the operation result record, and the effect before and after the decolorization reaction can be clearly understood, which can be used as the formula basis for the operation under the same conditions in the future; (5) decolorization reaction execution program; After obtaining the process formula, the decolorization reaction is run according to the process formula conditions, and the relevant reaction environment is carried out. Established, such as starting the stirring device to adjust the water temperature, pH adjustment, inputting the reaction catalyst, etc., so that the decolorization environment can realize the optimal operation, and then carry out the operation control of the decolorization reaction amount, and control the appropriate reaction amount parameters according to the decolorization method to carry out the decolorization reaction operation. The amount of decolorization reaction can be supplied in the same proportion, and the input can be arranged according to the reaction time, so that the reaction amount can be controlled voltage, control current, ozone amount, air amount, oxidant amount, capture dose, coagulation amount, etc. according to the decolorization reaction demand supply. , according to the response demand, make time batch, proportional demand, total amount and other inputs; (6) Decolorization reaction tracking program; Through the operation of the reaction program, track the amount of decolorization reaction, verify the effect of the decolorization reaction, confirm the execution time of the decolorization reaction, the amount of the decolorization reaction, and the residual amount of the reactants, and ensure the implementation of the reaction program. in accordance with; (7) color sampling comparison program after decolorization reaction; After the decolorization reaction, the color of the decolorized water after the reaction can be read by the color acquisition device, and the final processed color can be compared through the AI color recognition unit to further understand whether the color difference meets the formula expectations. Color and wastewater measurement information before and after wastewater treatment, establish an automatic operation database of wastewater decolorization reaction, if it fails to meet the final decolorization standard, you need to return to the search for the decolorization reaction process formula program to perform the decolorization reaction operation again until the decolorization reaction requirements are met. Complete, the above is the operation scheme for batch reaction. For continuous operation scheme, the color of the wastewater is used as the treatment effect. This color is the inlet color of the next treatment routine. When the inlet color changes, you can search by the inlet color change. Adjust the treatment process formula to achieve the goal of fully automated decolorization reaction operation; (8) decolorization reaction completion procedure; The color after the above reaction meets the final color target of the decolorization reaction, and the wastewater after the decolorization reaction can be further recycled or discharged harmlessly. An automatic tracking and running operation system for wastewater decolorization reaction, the contents of which include: (1) Wastewater input control system; It mainly captures the control scheme of wastewater introduction operation, and introduces appropriate amount of water for decolorization reaction according to the reaction demand, which is an input system constructed by introducing water pump, control valve and liquid level element; (2) Wastewater decolorization reaction function execution system; The waste water decolorization reaction function execution system is set up according to the decolorization reaction function requirements; (3) Wastewater information measurement system; As a measuring tool for wastewater properties, it provides important reaction conditions for wastewater treatment and decolorization operations, and automatically seeks the best treatment process formula based on the measurement information. The content of the measurement information includes wastewater PH value, COD value, BOD value, water temperature, conductivity, brine Concentration, etc., as the operation tracking information of wastewater decolorization reaction, can be single measurement information or multiple measurement information, and the measurement is performed according to the tracking conditions required by the decolorization reaction; (4) Decolorization reaction tracking measurement system; The amount of decolorization reaction demand is managed and controlled according to the reaction demand, and through the wastewater reaction volume and flow, the power demand energy control and response time tracking control are carried out in equal proportions, so as to achieve optimized energy-saving and high-efficiency operation; (5) AI wastewater color artificial intelligence automatic tracking operation control system; The system index collects the color acquisition and measurement information before wastewater treatment, and further obtains the similar operation operation process formula through the automatic operation database of the decolorization reaction, which is used for the automatic tracking of the operation management and control operation execution of the wastewater decolorization reaction. The evolution model analyzes the results of the decolorization reaction, does it meet the requirements of the implementation target? Further, the treatment effect record is used as the data of the automatic operation database of the decolorization reaction, and the future decolorization reaction execution process can be provided, and the analysis effect can be used to adjust some process formulas, so that the decolorization reaction can be executed more smoothly and efficiently. The measurement information can adjust the process formula of the decolorization reaction operation by itself, and realize the operation goal of automatic tracking and operation control of the wastewater decolorization reaction; (6) Wastewater output control system; It is designed to remove the decolorized water from the reaction system after the decolorization reaction is completed, and the decolorized water can be removed from the system according to the requirements of the reaction operation. As described in claim 4, the waste water decolorization reaction execution function system, its main applicable scope includes: (1) Capture agent coagulation decolorization reaction system; It is necessary to put in coagulant, flocculant, coagulant, etc. to capture the color material through stirring and mixing to achieve flocculation and static sedimentation. It is composed of a dosing control metering unit, a mixing and stirring unit, and a sedimentation filter unit; (2) Oxidant decomposition decolorization reaction system; The oxidant is used to react and decompose the pigment, which is composed of an oxidant dosing unit, a mixing and stirring unit, a temperature control unit and a filtering unit; (3) Electrolytic decolorization reaction system; The electrode is used to electrolyze the wastewater to destroy the pigment to achieve the purpose of decolorization, which is composed of an electrolysis reaction unit, a pH reaction adjustment unit and a mixed air flotation unit; (4) Electrocoagulation decolorization reaction system; The electrode is used to release metal ions, carry out oxidation reaction and coagulation, and capture the color material in the wastewater. (5) ozone decolorization reaction system; The oxidative decolorization function of wastewater is carried out by utilizing the ozone oxidation ability, and it is composed of a decolorization reaction aeration unit, an ozone generation unit and an exhaust gas treatment unit. The AI wastewater color artificial intelligence automatic tracking operation management and control system as described in claim 4 includes: (1) Operation display unit; It is the system man-machine operation interface, providing operation data access, setting operation interface, decolorization reaction system mechanical parameter adjustment and setting interface, operation parameter guide interface, waste water color reading and display interface, decolorization reaction operation information guide interface, and automatic operation of decolorization reaction. The database correction interface, the decolorization reaction operation database access interface, the wastewater measurement information display interface and the color analysis smart display guide interface are directly connected with the decolorization reaction automatic tracking operation management unit through the internal interface, which can display the decolorization reaction operation information. Provide operators as a basis for operating instructions; (2) Decolorization reaction automatic tracking operation management unit; It is the core of decolorization reaction AI artificial intelligence color processing. It receives wastewater color acquisition information from the AI color tracking unit, conducts intelligent model analysis of wastewater decolorization reaction color evolution, decolorization reaction intelligently learns wastewater color evolution path, and analyzes decolorization reaction effect evolution information records. The AI color tracking unit information can be displayed on the operation display unit, allowing the operator to check the decolorization reaction effect; the other is connected to the AI decolorization reaction equipment running unit, and the decolorization reaction wastewater measurement information and decolorization can be obtained through the input/output interface of the decolorization reaction equipment. Reaction volume control tracking data information, wastewater measurement information, wastewater color reaction information and wastewater decolorization reaction operation process formula and other information records are converted into wastewater decolorization reaction automatic operation database, which provides the basis for automatic search formula for future wastewater decolorization reaction operation; its decolorization reaction Obtaining the process formula, you can use the measurement information and color information before wastewater treatment as the search conditions for the decolorization reaction database to obtain the most similar operating process formula to ensure the automatic operation of the wastewater decolorization reaction. , analyze the auxiliary facilities correction of equipment operating conditions, such as the use of catalysts, activated carbon, and electrode materials to update the operating basis, to clear the operating conditions; the decolorization reaction automatically tracks the operation management unit and the operation display unit. The AI color tracking unit and the operation display unit can be connected through the interface. The running units of AI decolorization reaction equipment are all decolorization reaction devices that use network connections to provide data transmission and reception channels, and can also communicate with other factory management information stations through external network interfaces. or other similar systems; (3) AI decolorization reaction operation unit; Operation control and measurement data management and control of decolorization reaction by indicators. The operation center provides decolorization reaction equipment and measurement input and output interface for system operation and control. Control and information collection, connect the operation information and measurement information to the decolorization reaction automatic tracking operation management unit through the network interface; (4) AI color tracking unit; The AI color tracking unit acquires and analyzes the color change of wastewater in the process of wastewater decolorization reaction, understands wastewater color information through the internal RGB color database, identifies the color and chromaticity changes of wastewater, and further records and analyzes the evolution plan of color changes during the decolorization reaction process. , Through intelligent learning and analysis, the color change path of wastewater decolorization reaction can be judged and estimated, and the effect of decolorization reaction can be analyzed through the evolution of reaction time and color. Further, by combining with the automatic tracking operation management unit of decolorization reaction, the color of wastewater can be correlated with measurement information and decolorization. Combined with the reaction process formula, a database of automatic tracking operation of decolorization reaction is established, and the automatic operation goal of AI artificial intelligence can be realized according to the analysis of operation data of historical records. The optimized processing formula is found in the library, which can automatically guide the decolorization reaction operation and achieve the goal of automatic operation; the AI color tracking unit has a network connection interface to connect with the decolorization reaction automatic tracking management unit, and the color acquisition interface can be connected to a color acquisition device to read The color information of wastewater can be connected to the color acquisition device through the network to obtain the color information of the wastewater, and the obtained color information of the wastewater can be sent to the automatic tracking operation management unit of the decolorization reaction through the network, and the color information can be integrated, displayed and recorded. Color tracking. The AI decolorization reaction operation unit according to claim 6, the decolorization reaction equipment and the measurement input/output interface of the unit include: (1) Wastewater input control connection interface; Provide the measurement and control of wastewater input operation, which can carry out information such as wastewater introduction flow, liquid level, reaction capacity, etc. as required; (2) Wastewater decolorization reaction execution connection interface; Provide the operation control interface of the reaction system requirements, which can read, transmit and record the equipment control information and measurement information according to the requirements of the decolorization reaction system, so that the function of the decolorization reaction system can operate correctly; (3) Wastewater information measurement connection interface; Provides information on the characteristics of wastewater decolorization reaction. It can be set according to the needs of the decolorization reaction method. It can intercept various data and information affecting the decolorization reaction function. It can also search the decolorization reaction automatic tracking operation database through the data information guide, obtain the optimized process formula, and execute the decolorization reaction. ; (4) Decolorization reaction quantity tracking measurement connection interface; The decolorization reaction volume tracking measurement system is used to track and control the requirements of the decolorization reaction process formula. Through the measurement data, the input timing and dosage control of the decolorization reaction process formula can be clearly determined, and the decolorization reaction during the reaction process can be tracked through the measurement of reaction time and reaction residual amount. Does the effect meet the expectations of the decolorization reaction? The decolorization reaction effect is tracked by measuring data information to achieve the goal of optimizing the automatic operation operation. When the decolorization reaction deviates from the expected effect, the reaction operation needs to be adjusted. For example, the passivation of the reaction catalyst needs to be updated, the reaction electrode needs to be adjusted and updated, the screening program needs to be updated Cleaning, etc., to ensure the normalization of the decolorization reaction, and get the signal to adjust the replacement operation from the measurement data of the decolorization reaction; (5) Interface of waste water output control connection system; The wastewater output control system is for the wastewater after the decolorization reaction, and further removes the decolorization reaction system to operate, so that the wastewater after the decolorization reaction can be reused or safely discharged, and controls the operation of the treated wastewater.

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