CN112102421A - Automatic tracking operation method and system for wastewater decolorization reaction - Google Patents
Automatic tracking operation method and system for wastewater decolorization reaction Download PDFInfo
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Abstract
An automatic tracking operation method for the decolouring reaction of waste water includes such steps as obtaining the colour and nature of waste water, searching the running record in the database, obtaining the formula of treating process, automatically running the decolouring reaction program to obtain the colour information and running data information of waste water, intelligently comparing the colour change before and after reaction, analyzing decolouring reaction effect, and regulating running process or directly storing it in the database. Through the change information of the effective decoloration reaction color of analysis, the decoloration reaction of wastewater treatment is more accurate, the operation of correcting the automatic decoloration reaction operation is mastered by using historical data and artificial intelligence color analysis, and the operation target of automatically tracking the decoloration reaction of wastewater treatment is realized.
Description
Technical Field
The invention relates to a technology for tracking wastewater color in a wastewater treatment and decolorization reaction process and adjustment and tracking of a decolorization reaction process formula, and the technical field of analysis and application, in particular to a technology for determining a wastewater color sample and concentration by using an AI intelligent color recognition system in wastewater treatment, obtaining a most similar wastewater treatment decolorization reaction formula by comparing a decolorization reaction automatic operation database through measurement information, automatically operating and tracking a decolorization reaction result, and comparing and analyzing a decolorization result through an AI artificial intelligent color evolution model to realize an operation target for automatically tracking and operating the decolorization reaction.
Background
The key point of the wastewater treatment and decoloration reaction is to remove the color of the wastewater, and a decoloration reaction mechanism is used for capturing and decomposing the color in the wastewater to further remove the color of the wastewater. Because the color of waste water is closely related to the raw materials used by the factory process, for example, the bleaching and dyeing factory can process the waste water according to the requirement of an order, the color of the waste water is greatly changed, the bleaching and dyeing treatment condition of the waste water can be changed due to different dyes and can not run in the same mode, so that the consistent treatment effect can be achieved, the polluted waste water discharged by the bleaching and dyeing factory is often caused and has different colors, wherein the important factor is the bleaching reaction, different schemes are required for treating different color dyes, the material requirement of the bleaching and dyeing reaction of the waste water can be clear through color analysis, and the bleaching target is further determined and completed through tracking.
The existing chromaticity inspection is generally a magnification mode inspection, which judges the decoloring effect by light transmittance, for example, patent application No. 200610034389.7, a method for testing the chromaticity of wastewater, which abstract: the invention discloses a method for testing the chromaticity of wastewater, which comprises the steps of firstly describing the color of a water sample, firstly centrifuging if the water sample is turbid, then taking clear liquid as a test water sample, and directly taking the water sample if the water sample is not turbid; placing a water sample in a 1cm cuvette of a spectrophotometer to perform full-wavelength scanning in an ultraviolet and visible light range, determining the maximum absorption wavelength, and then determining the absorption brightness of the water sample at the wavelength; through 60 times visual inspection of not less than 20 persons, when a cuvette of 1cm is used, the absorption brightness of water samples of various colors when the colors of the water samples and distilled water cannot be distinguished is below 0.003, the actually measured result is divided by 0.003, and the obtained result is rounded up and an integer which is 5 times or 10 times is taken to obtain the chromaticity of the water sample; if the color of the water sample is too dark, so that the absorption brightness exceeds the measuring range of the spectrophotometric brightness meter, pre-dilution is needed for measurement. The invention has the advantages of high testing speed, good repeatability and strong comparability, can reduce the workload of water quality analyzers and has accurate result. "
The scheme is a common detection scheme at present, and data cannot be distinguished when the absorption brightness of the wastewater is 0.003 by comparing the colors of the wastewater and distilled water through an ultraviolet visible light full-wavelength spectrophotometer. The wastewater is obtained by continuously diluting with multiple, and the absorption brightness is taken as the chromaticity judgment when the absorption brightness is 0.003, as shown in figure 1, the operation is quite troublesome, the analysis is feasible before the wastewater treatment, but the difficulty exists in the decolorization reaction process, the measurement tracking cannot be realized in the online detection of the treatment process, the requirement is further improved, in addition, the color difference exists, the decolorization reaction amount is a treatment scheme with difference, and the solution is not solved by the same process.
Another document, patent application No. 201210310133.X, a water quality colorimetric detection device based on a transmission-type optical fiber sensor, the abstract: the invention discloses a water quality chromaticity detection device based on a transmission type optical fiber sensor, which comprises three LED monochromatic light sources, the transmission type optical fiber sensor, a USB optical fiber spectrometer and a calculator, wherein the LED monochromatic light sources are connected with the transmission type optical fiber sensor through optical fibers, the transmission type optical fiber sensor is connected with the USB optical fiber spectrometer through the optical fibers, and the USB optical fiber spectrometer is connected with the calculator through a USB data transmission line. The device adopts a three-wavelength method to calculate and obtain the chromaticity of any water sample, is suitable 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 reaction, small volume, low cost and the like.
The chromaticity of the water quality is detected by utilizing the three-color light source, the transmission type optical fiber sensor and the USB optical fiber spectrometer to be connected with the calculator, the detection convenience is improved, the dilution multiple analysis can be avoided, however, the pure water chromatic aberration analysis delta E still needs to be carried out through the known standard liquid, the chromaticity and chromatic aberration relation is established by utilizing the regression method to further carry out the chromatic aberration analysis of the water sample to be detected, and the chromaticity of the water sample to be detected is analyzed compared and analyzed relative to the pure water. Similarly, the colorimetric analysis is required to be carried out, which is significant for analyzing the colorimetric analysis of wastewater treatment operation, and only data exists and is difficult to combine with treatment application, and in any case, multiple steps and equipment combination application are required. But do not provide for efficient wastewater treatment and automatic operation. "
It can be known from the above that the chromaticity detection of the wastewater mostly stays in measuring and analyzing chromaticity, and is separated from the operation management and control of wastewater treatment and decolorization reaction operation, the chromaticity analysis is mainly light transmittance, and the problem of color difference exists in addition, and the decolorization reaction amount required by different colors is different, although the colors are different, it is possible that the chromaticity analysis is the same, the wastewater treatment reaction conditions are the same, the same treatment effect cannot be achieved, only the final treatment result can be obtained relatively, the same effect can be achieved by applying the investment of higher reaction materials, the operation cost is increased invisibly, the problem of environmental damage is caused, and the accurate and high-efficiency treatment operation scheme cannot be realized.
Therefore, the applicant further develops an automatic tracking operation method for the wastewater treatment and decoloration reaction, provides an AI intelligent color identification analysis tracking wastewater treatment scheme, and more efficiently realizes the aim of automatic operation of wastewater treatment.
Disclosure of Invention
The invention mainly aims to solve the problem that the wastewater with different colors discharged by a factory can automatically run in a database through wastewater decolorization reaction, automatically search a color wastewater treatment process formula and realize an optimized treatment scheme; different color waste water can be treated by different schemes to realize the decoloring effect, the technological formula requirements of each color decoloring reaction amount are inconsistent, different results can be generated by the same process with the same chromaticity of different colors, the decoloring reaction conditions are determined by the color of the waste water, the effective decoloring reaction can be realized, and the optimized automatic tracking operation is realized.
The invention also mainly aims to utilize the wastewater color to connect and process the operation process information, judge the decolorization reaction effect through the actual wastewater decolorization reaction operation information record and the artificial intelligent color analysis of AI before and after the decolorization reaction by utilizing the big data operation information, clearly adjust the process formula and the correction direction, store the corrected and operated record in the wastewater decolorization reaction automatic operation database, provide the same wastewater treatment operation process scheme in the future and realize the purpose of automatically tracking and operating the wastewater decolorization reaction.
The invention also mainly aims to utilize the color change condition of the wastewater decolorization reaction, judge the wastewater decolorization reaction effect through big data historical information and AI artificial intelligence decolorization reaction color change tracks, track and correct the wastewater treatment process conditions, and realize the aims of automatic process, automatic tracking, automatic correction and automatic operation of the wastewater decolorization reaction through the color change before and after treatment.
In order to achieve the above-mentioned objects of the invention,
the application provides an automatic tracking operation method for wastewater decolorization reaction, which is characterized by comprising the following steps:
a color acquisition device is combined with an AI artificial intelligence color identification host to serve as a wastewater color acquisition input tool;
the color of the wastewater can be acquired through a color acquisition device, an AI intelligent color identification host is further introduced, RBG color analysis images are utilized to acquire wastewater image color gradation, a wastewater color model is further confirmed to be used as a decoloring analysis basis, and the color acquisition device can be a digital video camera, a digital camera or a spectrometer and is used for acquiring the color of the wastewater;
searching a loaded tool by using the wastewater measurement data and the color as a decoloring reaction process formula; the method comprises the steps of utilizing measured data of the wastewater and color information as the basis of a wastewater treatment searching formula, wherein the measured data can influence the efficiency factors of the decolorization reaction, such as the salt concentration, the pH value, the BOD value, the COD value, the conductivity, the water temperature, the chromaticity and other related information of the wastewater, the colors can be red, yellow, green, black, white and other colors and mixed derivative colors, the requirements on the oxidation reaction amount are different, and the running record of the decolorization reaction of the wastewater is utilized as an information source for establishing an automatic running database of the decolorization reaction of the wastewater;
the difference of the color change records of the automatic operation database of the wastewater decolorization reaction is used as a decolorization formula correction tool by comparing the color before and after the reaction;
the wastewater decolorization reaction condition needs to be corrected according to the change of the wastewater source and a correct operation formula is introduced, when the wastewater source changes, the wastewater decolorization reaction condition needs to be corrected through the change of the formula, and when the color changes after treatment, the reaction amount needs to be corrected according to the treatment effect; the optimal operation mode of wastewater treatment can be realized by correcting each section or performing multi-turn correction in batches, and the implementation of the decoloration reaction operation can be confirmed by correcting a reaction color tool; the wastewater decolorization reaction can be a single batch operation scheme and a multi-section multi-equipment series operation scheme, wherein the single batch operation scheme needs a multi-program multi-color correction process formula, and when a plurality of sections of multi-equipment are connected in series, formula correction is carried out before and after each equipment;
adjusting an operation process formula by using introduced wastewater information and color change tracking, and establishing an optimized wastewater decolorization reaction tracking adjustment operation tool;
the wastewater decolorization reaction operation cannot unify the properties, colors and concentrations due to the influence of factory processes on wastewater sources, and the process formula of the wastewater decolorization reaction needs to be relatively adjusted;
automatically running a color change information record by utilizing the wastewater decolorization reaction, and establishing a wastewater decolorization reaction color evolution image as a decolorization reaction guiding and identifying operation tool;
and tracking the difference data of the decolorization reaction amount and the operation time as the verification basis of the auxiliary reaction energy efficiency.
The application method relates to an automatic operation database for wastewater decolorization reaction, which has the following structural contents:
wastewater measurement data;
the data is the characteristics of the wastewater, and factors influencing the decolorization reaction comprise information such as salt concentration, conductivity, pH value, BOD value, COD value, water temperature and the like;
color before reaction;
obtaining the color before reaction through a color obtaining device, taking the color record as the guide information of a reaction formula, carrying out color comparison analysis according to an AI intelligent color identification system to obtain the record information of an automatic operation database closest to the color wastewater decolorization reaction, and taking the record information as the basis of the automatic operation formula;
the decolorization reaction amount;
the decolorizing reaction amount refers to the dosage requirement of decolorizing reaction materials, and can be oxidant dosage, coagulation catcher dosage, electrode reaction electric quantity, etc., the oxidant dosage can be chlorine dioxide, bleaching water, hydrogen peroxide, ozone dosage, sodium hydrosulfite, etc., the coagulant dosage can be flocculant, coagulant aid, etc., and the electrode reaction dosage can be electrolytic decolorizing electric quantity, electric coagulation parameters, electric dialysis power consumption, etc.;
the operation time of the decolorization reaction;
the decolorization reaction can be used for measuring and tracking whether the reaction is finished or not through the residual reaction medicament, and a timing tracking scheme can be used for measuring the color difference before and after the reaction and carrying out effect observation through the color change tracking reaction of an AI intelligent color identification system;
reaction checking time;
the system refers to the final checking time of the decolorization reaction, the reaction system is normal when the decolorization target can be realized in the checking time, and when the decolorization target cannot be realized in the checking time, the reaction system generates blind spots to remind the replacement of decolorization reaction materials such as coal contact, electrodes and the like;
estimating the color;
recording color information for the automatic operation result of the decoloring reaction, providing result estimation for reusing the same formula reaction, and providing analysis and comparison of treatment effect;
the color of the reaction result;
the obtained wastewater color is used as a treatment effect analysis and execution decolorization reaction target and recorded in a wastewater decolorization reaction automatic operation database, and is used as a wastewater color automatic operation comparison final operation target color in the future, so that an AI intelligent color model evolution technology analysis comparison target can be provided, whether a wastewater program is finished or not can be checked, or a supplementary operation program can be further corrected.
The application discloses an automatic tracking operation method for wastewater decolorization reaction, which comprises the following implementation procedures:
a wastewater introduction procedure;
introducing wastewater into a wastewater decolorization automatic tracking operation control operation system, and introducing the wastewater into the system according to a decolorization scheme, wherein the wastewater can be introduced by a fixed-quantity batch treatment scheme or a flow-controlled continuous operation scheme;
a wastewater information measurement procedure;
before the decolorization reaction is executed, acquiring data influencing the decolorization reaction of the wastewater as data for the decolorization reaction to execute guide operation, capturing measurement information before the decolorization reaction under a batch reaction scheme, and capturing wastewater measurement information at the front end of the reaction during continuous reaction, wherein the decolorization reaction automatically searches process formula guide data information which can be factors influencing the decolorization reaction such as pH value, temperature value, conductivity, BOD, COD, salt concentration and the like and can be used as process formula priority selection operation guide information;
a wastewater decolorization reaction color interception procedure;
the method comprises the steps of obtaining the color of wastewater before a decolorization reaction, using the obtained color of the wastewater before the decolorization reaction as guide information for automatically selecting a decolorization reaction process formula, using the obtained color of the wastewater before the decolorization reaction as the guide information for automatically selecting the process formula in batch reaction operation, using the color information of the wastewater introduced at the front end of the reaction as the guide information for automatically selecting the process formula in continuous reaction, automatically tracking, operating and controlling the decolorization reaction of the wastewater through color obtaining, recording the decolorization reaction, further converting the operating record to establish an automatic operation database of the decolorization reaction, using the color of the wastewater and measurement information as search operation guide information, and searching the most similar treatment process formula through the color of the wastewater and the measurement data; through the record analysis of treatment results, an artificial intelligent automatic operation database for decolorization reaction is established, so that the decolorization reaction of the wastewater can automatically obtain the formula process tracking treatment effect, and an AI intelligent automatic wastewater decolorization reaction automatic tracking operation management and control operation method is realized;
establishing and searching a decoloring reaction process formula program;
the wastewater measurement information and the color information can be obtained, namely, the automatic decolorization operation database is searched and compared through the measurement data and the color, the similar process formula is searched and loaded to the decolorization reaction system for automatic decolorization treatment operation, the operation process formula can be input again through the measurement data and the color of the wastewater for decolorization reaction operation, and when the reaction operation is finished, the process formula of the automatic decolorization operation database can be directly established through the operation result record, so that the effects before and after the decolorization reaction can be clarified and used as the formula basis for the operation under the same condition in the future;
performing a decolorization reaction execution program;
after a process formula is obtained, a decoloring reaction is operated according to the process formula conditions, relevant reaction environment establishment is carried out, for example, a stirring device is started to adjust water temperature, adjust PH, and put in reaction catalysts, the decoloring environment is optimized, then the decoloring reaction quantity operation control is carried out, appropriate reaction quantity parameters are controlled according to a decoloring method to carry out the decoloring reaction operation, the decoloring reaction quantity supply in the same proportion is carried out according to the requirement of treatment capacity, the input can be arranged according to reaction time, the reaction quantity can be supplied according to the decoloring reaction requirement such as control voltage, control current, ozone quantity, air quantity, oxidant quantity, catching quantity, coagulating quantity and the like, and the time batch, proportion requirement quantity, total quantity and the like are input according to the reaction requirement;
a decolorization tracking procedure;
tracking the decolorization reaction amount through the operation of a reaction program, verifying the decolorization effect, confirming the operation time of the decolorization reaction, the decolorization reaction amount and the residual reactant amount, and ensuring the implementation of the reaction program, wherein the basis for ending the program is that whether the percent reaction of the oxidant of the decolorization oxidation reaction is completed or not;
a color sampling comparison program after the decolorization reaction;
the color after the decolorization reaction can be read by a color acquisition device, the color of the decolorized water after the reaction is read, the final treatment color is compared by an AI color identification unit, whether the color difference accords with the expected formula is further known as the basis of the judgment effect, the automatic operation database of the decolorization reaction of the wastewater is established by combining the information of the process formula of the operation with the color before and after the wastewater treatment and the wastewater measurement information, when the final decolorization standard is not met, the operation procedure of the decolorization reaction process needs to be returned to the process formula searching program for the decolorization reaction again for operation until the decolorization reaction is completed, for the batch reaction operation scheme, for the continuous operation scheme, the led-out wastewater color is used as the treatment effect, the color is the inlet color of the next treatment process, and when the inlet color is changed, the treatment process formula can, the full-automatic decolorization reaction operation target is realized;
a decolorization completion procedure;
the color after the reaction meets the final color target of the decolorization reaction, and the wastewater after the decolorization reaction can be further recycled or harmlessly discharged.
The application still provides a waste water decoloration reaction automatic tracking operation operating system, and its content includes:
waste water is input into the control system;
the control scheme mainly captures wastewater introduction operation, introduces proper water quantity according to reaction requirements to carry out decolorization reaction, and is an input system constructed by an introduction water pump, a control valve and a liquid level;
a wastewater decolorization reaction function execution system;
a wastewater decolorization function execution system is arranged according to the requirement of the decolorization function;
a wastewater information measurement system;
the device is used as a wastewater property measuring tool, provides important reaction condition data for wastewater treatment and decoloration operation, automatically seeks an optimal treatment process formula according to measurement information, and the content of the measurement information comprises the pH value, the COD value, the BOD value, the water temperature, the conductivity, the brine concentration and the like of wastewater;
a decolorization tracking and measuring system;
the consumption required by the decolorization reaction is controlled according to the reaction demand, and the electricity demand energy control and the reaction time tracking control of the equal proportional dosage are carried out through the reaction quantity and the flow of the wastewater, so that the optimized energy-saving and high-efficiency operation is realized;
an artificial intelligent automatic tracking operation management and control system for AI wastewater color;
the method is to collect color acquisition and measurement information before wastewater treatment, further obtain a similar operation process formula through a decolorization reaction automatic operation database, automatically track operation management and control operation execution for wastewater decolorization reaction, analyze a decolorization reaction result through effective operation record information and an artificial intelligent color evolution model, and determine whether the decolorization reaction result meets the execution target requirement? Further, the treatment effect record is used as data of a decoloring reaction automatic operation database, a future decoloring reaction execution process is provided, the adjustment of partial process formula can be performed by using the analysis effect, the decoloring reaction execution is smoother and more efficient, the decoloring reaction operation process formula can be automatically adjusted through the color of the wastewater and the measurement information, and the operation target of automatic tracking operation control of the decoloring reaction of the wastewater is realized;
a wastewater output control system;
the decolorized water after the decolorization reaction is removed from the reaction system, and the decolorized water can be removed from the system according to the reaction operation requirement.
The wastewater decolorization reaction execution function system according to the application has the following main application ranges:
a catching agent coagulation and decoloration reaction system;
coagulant, flocculant, coagulant aid and the like are added to capture pigments through stirring and mixing to achieve flocculation and standing sedimentation, and the device consists of a dosing control metering unit, a mixing and stirring unit and a sedimentation and filtering unit;
an oxidant decomposition and decoloration reaction system;
the method comprises the steps of adding an oxidant to react and decompose a pigment, wherein the oxidant comprises an oxidant adding unit, a mixing and stirring unit, a temperature control unit and a filtering unit;
an electrolytic decoloring reaction system;
the purpose of decoloring is achieved by electrolyzing waste water by using an electrode to destroy pigments, and the device consists of an electrolysis reaction unit, a PH reaction adjustment unit and a mixed air flotation unit;
an electrocoagulation-decoloration reaction system;
the electrode is used for releasing metal ions, carrying out oxidation reaction and coagulation, and capturing pigments in the wastewater, and the device consists of an electrolysis reaction unit, an aeration unit, a neutralization and flocculation mixing unit, a standing and settling unit and a filtering and separating unit;
an ozone decolorizing reaction system;
the wastewater oxidation and decoloration function by utilizing the ozone oxidation capacity is composed of a decoloration reaction aeration unit, an ozone generation unit and an exhaust treatment unit.
AI waste water colour artificial intelligence automatic tracking operation management and control system, its content includes:
an operation display unit;
the system is a human-computer operation interface and provides operation data access, a setting operation interface, a decoloration reaction system mechanical parameter adjustment setting interface, an operation parameter guide interface, a wastewater color reading display interface, a decoloration reaction operation information guide interface, a decoloration reaction automatic operation database correction interface, a decoloration reaction operation database access operation interface, a wastewater measurement information display interface and a color analysis intelligent display guide interface, and the system is directly connected with a decoloration reaction automatic tracking operation management unit through an internal interface, can display decoloration reaction operation information and provides an operator as a basis for operation guide operation;
a decoloring reaction automatic tracking operation management unit;
the system is a decoloration reaction AI artificial intelligence color processing core which receives the wastewater color acquisition information of an AI color tracking unit, performs the wastewater decoloration reaction color evolution intelligent model analysis and the decoloration reaction intelligent learning wastewater color evolution path, analyzes the decoloration reaction effect evolution information record, can transmit the AI color tracking unit information to an operation display unit for display, and enables an operator to check the decoloration reaction effect; the other one is connected with an AI (artificial intelligence) decolorization reaction equipment operation unit, and information records such as decolorization reaction wastewater measurement information, decolorization reaction quantity control tracking data information, wastewater measurement information, wastewater color reaction information, wastewater decolorization reaction operation process formula and the like are obtained through an input/output interface of the decolorization reaction equipment, and are converted into a wastewater decolorization reaction automatic operation database to provide the basis of automatic formula searching in the future wastewater decolorization reaction operation; the decoloration reaction process formula is obtained, measurement information and color information before wastewater treatment can be used as a decoloration reaction database searching condition to obtain the most similar operation process formula, the automatic operation effect of the wastewater decoloration reaction is ensured, the color difference can be estimated through the reaction of the operation process formula, the auxiliary facility correction of the equipment operation condition can be analyzed, and the operation condition can be clearly obtained if a catalyst, active carbon and an electrode material are used for updating the operation basis; the automatic tracking operation management unit for the decoloring reaction and the operation display unit can be connected with the AI color tracking unit and the AI decoloring reaction equipment operation unit through interfaces, are both decoloring reaction devices which adopt network connection to provide data transmission and receiving channels, and can be connected with other factory management information stations or other same systems through external network interfaces;
an AI decolorization reaction operation unit;
the system is characterized in that a decoloration reaction device and a measurement input and output interface which are used for system operation control are provided by a decoloration reaction operation control and measurement data control operation center, the decoloration reaction device and the measurement input and output interface are connected with various checking information measuring instruments and operation control systems in the system, the decoloration reaction system operation control and information collection are carried out, and the operation information and the measurement information are connected with a decoloration reaction automatic tracking operation management unit through a network interface;
an AI color tracking unit;
the AI color tracking unit acquires and analyzes the color change of the wastewater in the wastewater decolorization reaction process, knows the color information of the wastewater through an internal RGB color database, identifies the color and the chromaticity change of the wastewater, further records and analyzes the evolution scheme of the color change in the decolorization reaction process, can judge and estimate the color change path of the wastewater decolorization reaction through intelligent learning analysis, can analyze the decolorization reaction effect through the reaction time and the color evolution, further combines the wastewater color with the measurement information and the decolorization reaction process formula through being combined with the decolorization reaction automatic tracking operation management unit, establishes a decolorization reaction automatic tracking operation database, realizes an AI artificial intelligent automatic operation target according to the historical record operation data analysis, reads the color and combines the wastewater measurement information before the treatment through the AI artificial intelligent automatic tracking operation database, and can find an optimized treatment process formula in the decolorization reaction automatic tracking operation database, the decolorizing reaction can be automatically guided to operate, and the automatic operation target is realized; the AI color tracking unit is provided with a network connection interface connected with the decolorization reaction automatic tracking management unit, the color acquisition interface can be connected with a color acquisition device to read the color information of the wastewater, the color information of the wastewater can be acquired by connecting the color acquisition device with a network, the acquired 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 the decolorization reaction wastewater color tracking; the AI decolorization reaction operation unit of the application, the decolorization reaction equipment and the measurement input/output interface of the unit comprise:
inputting waste water into a control connection interface;
providing wastewater input operation measurement control, wherein the wastewater input operation measurement control can carry out data information transmission such as wastewater introduction flow, liquid level, reaction capacity and the like according to requirements;
a connection interface is executed in the wastewater decolorization reaction;
providing a reaction system requirement operation control operation interface, and performing an operation channel for reading, transmitting and recording equipment control information and measurement information according to the requirement of the decolorization reaction system, so that the function of the decolorization reaction system can be operated correctly;
a wastewater information measurement connection interface;
providing wastewater decolorization characteristic influence data, setting according to requirements of a decolorization reaction method, intercepting various data information influencing decolorization reaction function, searching a decolorization reaction automatic tracking operation database through data information guidance, obtaining an optimized process formula, and executing a decolorization reaction;
tracking and measuring the decolorization reaction amount of the connection interface;
a decolorization reaction amount tracking and measuring system, which is used for tracking and controlling the requirements of a decolorization process formula, can clearly monitor the time and amount of the decolorization process formula, and can track the decolorization reaction effect in the reaction process by measuring the reaction time and reaction residue, and determine whether the decolorization reaction is expected? Tracking the decolorization reaction effect through the measured data information to realize the aim of optimizing automatic operation, when the decolorization reaction deviates from the expected effect, namely the reaction operation needs to be adjusted, such as the passivation of a reaction catalyst needs to be updated, a reaction electrode needs to be adjusted and updated, a filter needs to be cleaned, and the like, ensuring the normalization of the decolorization reaction operation, and obtaining a signal for adjusting and replacing operation from the measured data of the decolorization reaction;
the waste water output control is connected with a system interface;
the wastewater output control system is used for further moving the wastewater after the decolorization reaction out of the decolorization reaction system for operation, so that the wastewater after the decolorization reaction can be recycled or safely discharged, and the operation of the treated wastewater is controlled.
In summary, the technical solution of the present application has the following outstanding technical effects:
(1) searching accurate data of the wastewater decolorization reaction automatic operation database by using the wastewater measurement data and the color as tools, and realizing more efficient wastewater decolorization reaction automatic operation; the automatic operation database for wastewater decolorization reaction incorporates the content of wastewater measurement data and color information into an operation record, converts the operation record into an automatic operation database for wastewater decolorization reaction, compares the measurement data with the color information before providing future wastewater treatment, and seeks the same measurement data and color information or similar process formula in the automatic operation database for wastewater decolorization reaction as an operation process formula for wastewater decolorization reaction execution to realize the automatic operation target of wastewater decolorization reaction;
(2) the wastewater is of a changeable elastic combination, the color and the concentration change at any time, the property and the color of the wastewater need to be measured and tracked timely, and the process formula is corrected according to the wastewater conditions, so that the wastewater decolorization reaction target can be realized;
(3) when the wastewater measurement data and the color information are used for searching the wastewater decolorization reaction automatic operation database formula, the color before the wastewater decolorization reaction, the processing section time and the color after the reaction can be estimated clearly, the color image change and the processing time distribution state of each section program can be clear through multi-section or multi-program execution results, the method can be used as a decolorization reaction guiding operation tool, and the color change information before and after the processing of each section can be further known through AI artificial intelligence color model evolution analysis. The process formula can be clearly estimated and processed through AI artificial intelligence color model identification, and the color change can be automatically corrected. As a tool for guiding the wastewater decolorization reaction section and the program operation;
(4) in the process of the decolorization reaction, the enhanced decolorization reaction is often realized through auxiliary judgment, for example, the decolorization efficiency is insufficient due to electrolytic decolorization, the decolorization efficiency is reduced due to possible damage of electrodes, the reaction time is prolonged, and the electrodes need to be updated; or the catalytic reaction of the activated carbon is reduced, which may affect the oxidation reaction amount and time of the decolorization reaction to be longer, and the activated carbon needs to be updated; by changing the reaction amount and the reaction time, the operation of an auxiliary mechanism is needed as a judgment basis when a blind spot occurs in the operation of the decolorization reaction system.
Drawings
FIG. 1 shows an operation method for automatically tracking and operating the decolorization reaction of wastewater
FIG. 2 shows an operation system for automatic tracking of wastewater decolorization reaction
FIG. 3, contents of database for automatic operation of wastewater decolorization reaction
FIG. 4, AI waste water color artificial intelligence automatic tracking operation management and control system
FIG. 5 shows a procedure for automatically carrying out the decoloring reaction
FIG. 6 is a diagram of a system for decolorizing, reacting and recycling waste dye liquor of cotton wool
Description of the figures
1 decolorizing reaction tank P1 waste water pump
2 AI waste water color identification automatic tracking system P2 water pump
3 hydrogen peroxide concentration perceptron P3 activated carbon drainage pump
5 color acquisition device P4 sampling pump
10 activated carbon filter H heat preservation heater
20 decoloration water filter M reaction mixer
L-level gauge of 30 sampling filter
T-temp. sensor for 40-active carbon inlet
50 acid neutralization medicine adding device Q salt water concentration meter
60 hydrogen peroxide dosing device V1 activated carbon outlet valve
100 waste water V2 filtering discharge valve
101 decolouring water
Detailed Description
As shown in fig. 1, the content thereof includes:
(1) a color acquisition device is combined with an AI artificial intelligence color identification host to serve as a wastewater color acquisition input tool;
the color of the wastewater can be acquired through a color acquisition device, an AI intelligent color identification host is further introduced, RBG color analysis images are utilized to acquire wastewater image color gradation, a wastewater color model is further confirmed to be used as a decoloring analysis basis, and the color acquisition device can be a digital video camera, a digital camera and a spectrometer and is used for acquiring the color of the wastewater;
(2) searching and loading tools by using the measured data of the wastewater and the color as a decoloring reaction process formula;
the method is characterized in that waste water measurement data and color information are used as the basis of a waste water treatment searching formula, the measurement data can influence the efficiency factors of the decoloration reaction, such as waste water salt concentration, PH value, BOD value, COD value, conductivity, water temperature, chroma and other relevant information, the colors can be red, yellow, green, black, white and other colors and mixed derivative colors, the requirements on the oxidation reaction amount are different, and the waste water measurement data and the colors are used as tools to search accurate data of a waste water decoloration reaction automatic operation database, so that more efficient waste water decoloration reaction automatic operation can be realized;
(3) the operating record of the wastewater decolorization reaction is used as an information source for establishing an automatic operating database of the wastewater decolorization reaction;
the automatic operation database for wastewater decolorization reaction incorporates the content of wastewater measurement data and color information into an operation record, converts the operation record into an automatic operation database for wastewater decolorization reaction, compares the measurement data with the color information before providing future wastewater treatment, and seeks the same measurement data and color information or similar process formula in the automatic operation database for wastewater decolorization reaction as an operation process formula for wastewater decolorization reaction execution to realize the automatic operation target of wastewater decolorization reaction;
(4) the difference of the color change records of the automatic operation database of the wastewater decolorization reaction is used as a decolorization formula correction tool by comparing the color before and after the reaction;
the wastewater decolorization reaction condition needs to be corrected and guided into a correct operation formula according to the change of the wastewater source, when the wastewater source changes, the wastewater decolorization reaction condition needs to be corrected through the change of the formula, and when the color changes after treatment, the reaction amount needs to be corrected according to the treatment effect; the optimal operation mode of wastewater treatment can be realized by correcting each section or performing multi-turn correction in batches, and the implementation of the decoloration reaction operation can be confirmed by correcting a reaction color tool; the wastewater decolorization reaction can be a single batch operation scheme and a multi-section multi-equipment series operation scheme, wherein the single batch operation scheme needs a multi-program multi-color correction process formula, and when a plurality of sections of multi-equipment are connected in series, formula correction is carried out before and after each equipment; the process formula is corrected by introducing the color change of the wastewater, so that an effective automatic correction scheme for the wastewater decolorization reaction is realized, the wastewater is in a changeable elastic combination, the color and the concentration change at any time, the property and the color of the wastewater need to be measured and tracked timely, and the process formula is corrected according to the wastewater conditions, so that the wastewater decolorization reaction target can be realized;
(5) adjusting an operation process formula by using introduced wastewater information and color change tracking, and establishing an optimized wastewater decolorization reaction tracking adjustment operation tool;
the wastewater decolorization reaction operation cannot unify wastewater with properties, colors and concentrations due to the influence of factory processes on wastewater sources, wastewater information and colors are changed due to production processes, and the process formula of the wastewater decolorization reaction needs to be relatively adjusted;
(6) automatically running a color change information record by utilizing the wastewater decolorization reaction, and establishing a wastewater decolorization reaction color evolution image as a decolorization reaction guiding and identifying operation tool;
when the wastewater measurement data and the color information are used for searching the wastewater decolorization reaction automatic operation database formula, the color before the wastewater decolorization reaction, the processing paragraph time and the color estimation after the reaction can be known, the color image change and the processing time distribution state of each paragraph program can be known through multi-segment or multi-program execution results, the color image change and the processing time distribution state can be used as a decolorization reaction guiding operation tool, and the color change information before and after the processing of each paragraph can be further known through AI artificial intelligent color model evolution analysis. The process formula can be clearly estimated and processed through AI artificial intelligence color model identification, and the color change can be automatically corrected. Has a wastewater guide decoloration reaction section and a program operation tool;
(7) tracking the difference data of the decolorization reaction amount and the operation time to serve as an auxiliary reaction energy efficiency verification basis;
in the process of the decolorization reaction, the enhanced decolorization reaction is often realized through auxiliary judgment, for example, the decolorization efficiency is insufficient due to electrolytic decolorization, the decolorization efficiency is reduced due to possible damage of electrodes, the reaction time is prolonged, and the electrodes need to be updated; or the catalytic reaction of the activated carbon is reduced, which may affect the oxidation reaction amount and time of the decolorization reaction to be longer, and the activated carbon needs to be updated; by changing the reaction amount and the reaction time, the operation of an auxiliary mechanism is needed as a judgment basis when a blind spot occurs in the operation of the decolorization reaction system.
Through the method, the automatic tracking operation method of the wastewater decolorization reaction can be established, and the structure content established for the wastewater decolorization reaction self-operation database implementing the operation method comprises the following steps:
(1) wastewater measurement data;
the data is the characteristics of the wastewater, and has influence factors on the decolorization reaction, including information such as salt concentration, conductivity, pH value, BOD value, COD value, water temperature and the like;
(2) color before reaction;
obtaining the color before reaction through a color obtaining device, taking the color record as the guide information of the reaction formula, carrying out color comparison analysis according to an AI intelligent color identification system to obtain the record information of an automatic operation database closest to the color wastewater decolorization reaction, and taking the record information as the basis of the automatic operation formula;
(3) the decolorization reaction amount;
the decolorizing reaction amount refers to decolorizing reaction dosage requirement, and can be oxidant dosage, coagulation catcher dosage, electrode reaction power consumption, etc., oxidant dosage can be chlorine dioxide, bleaching water, hydrogen peroxide, ozone dosage, sodium hydrosulfite, etc., coagulant dosage can be flocculant, coagulant aid, etc., and electrode reaction dosage can be electrolytic decolorizing power consumption, electrocoagulation power consumption parameter, electrodialysis power consumption, etc.;
(4) the operation time of the decolorization reaction;
the decolorization reaction can be measured and tracked whether the reaction is finished or not through the residual reaction medicament, and a timing tracking scheme can be used for measuring the color difference before and after the reaction and observing the reaction effect by applying the color change tracking reaction of an AI intelligent color identification system;
(5) reaction checking time;
the system refers to the final checking time of the decolorization reaction, the reaction system is normal when the decolorization target can be realized in the checking time, and when the decolorization target cannot be realized in the checking time, the reaction system generates blind spots to remind the replacement of decolorization reaction materials such as coal contact, electrodes and the like;
(6) estimating the color;
recording color information for the automatic operation result of the decoloring reaction, providing result estimation for reusing the same formula reaction, and providing analysis and comparison of treatment effect;
(7) the color of the reaction result;
the obtained wastewater color is used as a treatment effect analysis and decoloration execution target to be recorded in a wastewater decoloration reaction automatic operation database, and is used as a wastewater color automatic operation comparison final operation target color in the future, so that an AI intelligent color model evolution technology analysis comparison target can be provided, whether the wastewater program is finished is checked, or a supplementary operation program is further corrected.
The formula process can be adjusted and changed according to the running formula recorded by the automatic running database of the wastewater decolorization reaction in real time through the change of the inlet color in the running process, the decolorization completeness is confirmed, and the decolorization reaction running operation can be continuously carried out by using single-tank batch multi-program and multi-tank connection to dynamically run and adjust to complete the decolorization reaction target.
In particular, an automatic tracking operation control system for wastewater decolorization reaction is established for practicing the method, as shown in fig. 2, and comprises:
(1) waste water is input into the control system;
mainly catches the waste water and introduces the operation control scheme, introduce the appropriate water yield to carry on the decolourization reaction according to the reaction demand, it is the input system that introduces water pump, control valve and liquid level and constructs;
(2) a wastewater decolorization reaction function execution system;
a wastewater decolorization function execution system is established according to the requirement of the decolorization function; considering the establishment of the decolorization operation procedure, the main applicable range is as follows:
a. a catching agent coagulation and decoloration reaction system;
coagulant, flocculant, coagulant aid and the like are added to capture pigments through stirring and mixing to achieve flocculation and standing sedimentation, and the device comprises a dosing control metering unit, a mixing and stirring unit, a sedimentation and filtering unit and the like;
b. an oxidant decomposition and decoloration reaction system;
the method adopts the technical scheme that an oxidant is added to react and decompose a pigment, and the pigment consists of an oxidant dosing unit, a mixing and stirring unit, a temperature control unit, a filtering unit and the like, so that effective oxidation reaction operation is provided;
c. an electrolytic decoloring reaction system;
the electrode is used for electrolyzing waste water to destroy pigments so as to achieve the aim of decoloring, and the electrode is composed of an electrolytic reaction unit, a PH reaction adjustment unit, a mixed air flotation unit and the like, and is effectively mixed to provide the optimal environment electrolytic oxidation decoloring reaction function;
d. an electrocoagulation-decoloration reaction system;
the electrode is used for releasing metal ions, carrying out oxidation reaction and coagulation, capturing pigment in the wastewater, and the device is composed of an electrolysis reaction unit, an aeration unit, a neutralization and flocculation mixing unit, a standing and settling unit, a filtering and separating unit and the like, and provides effective decolorization reaction;
e. an ozone decolorizing reaction system;
the wastewater oxidation and decoloration function is carried out by utilizing the ozone oxidation capacity, and the wastewater oxidation and decoloration function is composed of a decoloration reaction aeration unit, an ozone generation unit, an exhaust treatment unit and the like, so that the wastewater and ozone can be uniformly mixed, the oxidation reaction is further carried out, and the wastewater decoloration reaction can be effectively realized.
(3) A wastewater information measurement system;
the device is used as a wastewater property measuring tool, provides important reaction condition data for wastewater treatment and decoloration operation, automatically seeks an optimal treatment process formula according to measurement information, and the content of the measurement information comprises the pH value, the COD value, the BOD value, the water temperature, the conductivity, the brine concentration and the like of wastewater;
(4) a decolorization tracking and measuring system;
the consumption of decolorization application is controlled according to the reaction demand, and the electricity demand energy control and the reaction time tracking control of the equal proportional dosage are performed through the reaction quantity and the flow of the wastewater, so that the optimized energy-saving and high-efficiency operation is provided;
(5) an artificial intelligent automatic tracking operation management and control system for AI wastewater color;
the method is characterized in that color acquisition and measurement information before wastewater treatment is collected, a similar operation process formula is further obtained through a decolorization reaction automatic operation database and is used as the execution of wastewater decolorization reaction automatic tracking operation control operation, and whether the decolorization reaction result meets the execution target requirement or not is analyzed through effective operation record information and an artificial intelligent color evolution model? Further, the treatment effect record is used as data of a decoloring reaction automatic operation database, a future decoloring reaction execution process is provided, the adjustment of partial process formula can be performed by using the analysis effect, the decoloring reaction execution is smoother and more efficient, the decoloring reaction operation process formula can be automatically adjusted through the color of the wastewater and the measurement information, and the automatic tracking operation control operation target of the decoloring reaction of the wastewater is realized;
the method solves the problems that the original wastewater treatment singly utilizes the light transmittance chromaticity as the control information of the decolorization reaction, and the decolorization reaction can automatically run and track to complete the decolorization reaction more efficiently by neglecting running formulas of different pigments under different conditions; the AI waste water color artificial intelligence automatic tracking operation management and control system has the following contents as shown in figure 4:
a. an operation display unit;
the system is a human-computer operation interface and provides operation data access, a setting operation interface, a decoloration reaction system mechanical parameter adjustment setting interface, an operation parameter guide interface, a wastewater color reading display interface, a decoloration reaction operation information guide interface, a decoloration reaction automatic operation database correction interface, a decoloration reaction operation database access operation interface, a wastewater measurement information display interface and a color analysis intelligent display guide interface, and the system is directly connected with a decoloration reaction automatic tracking operation management unit through an internal interface, can display decoloration reaction operation information and provides an operation guide operation basis for operators;
b. a decoloring reaction automatic tracking operation management unit;
the system is a decoloration reaction AI artificial intelligence color processing core which receives the wastewater color acquisition information of an AI color tracking unit, the wastewater decoloration reaction color evolution intelligent model analysis, the decoloration reaction intelligent learning wastewater color evolution path, and the decoloration reaction effect evolution information record, and can transmit the AI color tracking unit information to an operation display unit for display, so that an operator can check the decoloration reaction effect; the other one is connected with an AI (artificial intelligence) decolorization reaction equipment operation unit, and information records such as decolorization reaction wastewater measurement information, decolorization reaction quantity control tracking data information, wastewater measurement information, wastewater color reaction information, wastewater decolorization reaction operation process formula and the like are obtained through an input/output interface of the decolorization reaction equipment, and are converted into a wastewater decolorization reaction automatic operation database to provide the basis of automatic formula searching in the future wastewater decolorization reaction operation; the decoloration reaction process formula is obtained, measurement information and color information before wastewater treatment can be used as a decoloration reaction database searching condition to obtain the most similar operation process formula, the automatic operation effect of the wastewater decoloration reaction is ensured, the color difference can be estimated through the reaction of the operation process formula, the auxiliary facility correction of the equipment operation condition can be analyzed, and the operation condition can be clearly obtained if a catalyst, active carbon and an electrode material are used for updating the operation basis; the automatic tracking operation management unit for the decoloring reaction and the operation display unit can be connected with the AI color tracking unit and the AI decoloring reaction equipment operation unit through interfaces, are connected with a data transmission and receiving channel decoloring reaction device through a network, and can be connected with other factory management information stations or other same systems through an external network interface;
an AI decolorization reaction operation unit;
the system is characterized in that a decoloration reaction device and a measurement input and output interface which are used for system operation control are provided by a decoloration reaction operation control and measurement data control operation center, the decoloration reaction device and the measurement input and output interface are connected with various checking information measuring instruments and operation control systems in the system, the decoloration reaction system operation control and information collection are carried out, and the operation information and the measurement information are connected with a decoloration reaction automatic tracking operation management unit through a network interface;
the decoloring reaction equipment and the measurement input/output interface are mainly connected with the control contents and comprise:
(1) inputting waste water into a control connection interface;
providing wastewater input operation measurement control, wherein the wastewater input operation measurement control can carry out data information transmission such as wastewater introduction flow, liquid level, reaction capacity and the like according to requirements;
(2) a connection interface is executed in the wastewater decolorization reaction;
providing a reaction system requirement operation control operation interface, and enabling the decolorization reaction system to require equipment management and control information and measurement information reading, transmitting and recording operation channels, so that the decolorization reaction system can operate correctly;
(3) a wastewater information measurement connection interface;
providing wastewater decolorization characteristic influence data, building according to requirements of a decolorization reaction method, intercepting various data information influencing decolorization reaction function, searching a decolorization reaction automatic tracking operation database through data information guidance, obtaining an optimized process formula, and executing a decolorization reaction;
(4) tracking and measuring the decolorization reaction amount of the connection interface;
a decolorization reaction amount tracking and measuring system, which is used for tracking and controlling the requirements of a decolorization process formula, can clearly monitor the time and amount of the decolorization process formula, and can track the decolorization reaction effect in the reaction process by measuring the reaction time and reaction residue, and determine whether the decolorization reaction is expected? Tracking the decolorization reaction effect through measured data information to realize the optimization of automatic operation target, when the decolorization reaction deviates from the expected effect, namely the reaction operation needs to be adjusted, such as the passivation of a reaction catalyst needs to be updated, a reaction electrode needs to be adjusted and updated, a filter needs to be cleaned, and the like, ensuring the operation normalization of the decolorization reaction, and obtaining an adjustment and replacement operation signal from the measured data of the decolorization reaction;
(5) a wastewater output control connection interface;
the wastewater output control system is used for further moving out of the decolorization reaction system for operation aiming at the wastewater after the decolorization reaction, so that the wastewater after the decolorization reaction can be recycled or safely discharged, and the operation of the wastewater after treatment is controlled.
The control of the decoloring reaction system can be completed through the input/output interface connection, and the aim of tracking and running of the decoloring reaction of the wastewater can be fulfilled.
Ai color tracking unit;
the AI color tracking unit acquires and analyzes the color change of the wastewater in the wastewater decolorization reaction process, knows the color information of the wastewater through an internal RGB color database, identifies the color and the chromaticity change of the wastewater, further records and analyzes the evolution scheme of the color change in the decolorization reaction process, can judge and estimate the color change path of the wastewater decolorization reaction through intelligent learning analysis, can analyze the decolorization reaction effect through the reaction time and the color evolution, further combines the wastewater color with the measurement information and the decolorization reaction process formula through being combined with the decolorization reaction automatic tracking operation management unit, establishes a decolorization reaction automatic tracking operation database, realizes an AI artificial intelligent automatic operation target according to the historical record operation data analysis, reads the color and combines the wastewater measurement information before the treatment through the AI artificial intelligent automatic tracking operation database, and can find an optimized treatment process formula in the decolorization reaction automatic tracking operation database, the decolorizing reaction can be automatically guided to operate, and the automatic operation target is realized; the AI color tracking unit is provided with a network connection interface connected with the automatic decolorization tracking management unit, the color acquisition interface can be connected with a color acquisition device to read the color information of the wastewater, the color information of the wastewater can be acquired by connecting the color acquisition device with a network, the acquired color information of the wastewater is transmitted to the automatic decolorization tracking operation management unit through the network, and the wastewater color tracking operation tool is used for integrating, displaying and recording the color information to perform decolorization;
AI waste water colour artificial intelligence tracks management and control system can be accomplished through the combination of above-mentioned unit, provides waste water decoloration reaction operation application.
(6) A wastewater output control system;
the decolorized water after the decolorization reaction is removed from the reaction system, and the decolorized water can be removed from the system according to the reaction operation requirement.
The system combination can establish the automatic tracking operation management and control system for the wastewater decolorization reaction to realize the automatic operation target of the wastewater decolorization reaction, can be operated in batches by a single reaction system, can be combined by a plurality of groups of reaction systems in series, and can carry out a plurality of groups of management and control operation modes by introducing flow control through wastewater.
An implementation procedure of an operation method and system for automatically tracking, operating and controlling a wastewater decolorization reaction is shown in fig. 5, which contains the following contents:
(1) a wastewater introduction procedure;
introducing wastewater into a wastewater decolorization automatic tracking operation control operation system, and introducing the wastewater into the system according to a decolorization scheme, wherein the wastewater can be introduced by a fixed-quantity batch processing scheme or a flow-controlled continuous operation scheme;
(2) a wastewater information measurement procedure;
before the decolorization reaction is executed, capturing data influencing the decolorization reaction of the wastewater as decolorization reaction execution guide operation data, capturing measurement information before the decolorization reaction under a batch reaction scheme, and capturing wastewater measurement information at the front end of the reaction during continuous reaction, wherein the decolorization reaction automatically searches process formula guide data information which can be pH value, temperature value, conductivity, BOD, COD, salt concentration and other factors influencing the decolorization reaction and can be used as process formula priority selection operation guide information;
(3) a wastewater decolorization reaction color interception procedure;
obtaining the color of wastewater before the decolorization reaction, using the obtained color of wastewater as guide information for automatically selecting a decolorization reaction process formula, using the obtained color of wastewater before the decolorization reaction as guide information for automatically selecting a process formula in batch reaction operation, using the color information of wastewater introduced at the front end of the reaction as guide information for automatically selecting a process formula in continuous reaction, automatically tracking, running and controlling the decolorization reaction of wastewater through color obtaining, recording the decolorization reaction, further converting the running record to establish an automatic running database of the decolorization reaction, using the color of wastewater and measurement information as guide information for searching operation, and searching the most similar treatment process formula through the color of wastewater and measurement data; through the record analysis of treatment results, an artificial intelligent automatic operation database for decolorization reaction is established, so that the decolorization reaction of the wastewater can automatically obtain the formula process tracking treatment effect, and an AI intelligent automatic wastewater decolorization reaction automatic tracking operation management and control operation method is realized;
(4) establishing and searching a decoloring reaction process formula program;
the wastewater measurement information and the color information can be obtained, namely, the automatic decolorization operation database is searched and compared through the measurement data and the color, the similar process formula is searched and loaded to the decolorization reaction system for automatic decolorization treatment operation, the operation process formula can be input again through the measurement data and the color of the wastewater for decolorization reaction operation, and the process formula of the automatic decolorization operation database can be directly established through the operation result record in the reaction operation result, so that the effects before and after the decolorization reaction can be clarified and used as the formula basis for the operation under the same condition in the future;
(5) performing a decolorization reaction execution program;
after a process formula is obtained, a decoloring reaction is operated according to the process formula conditions, relevant reaction environment establishment is carried out, for example, a stirring device is started to adjust water temperature, adjust PH, and put in reaction catalysts, the environment of the decoloring method is optimized, then the operation control of the decoloring reaction amount is carried out, the decoloring reaction operation is carried out by controlling proper reaction amount parameters according to the decoloring method, the decoloring reaction amount is supplied in the same proportion according to the requirement of the treatment amount, the input can be arranged according to the reaction time, the reaction amount can be supplied according to the requirements of the decoloring reaction such as control voltage, control current, ozone amount, air amount, oxidant amount, catching amount, coagulating amount and the like, and the input of time batch, proportion requirement amount, total amount and the like is carried out according to;
(6) a decolorization tracking procedure;
tracking the decolorization reaction amount through the operation of a reaction program, verifying the decolorization effect, confirming the operation time of the decolorization reaction, the decolorization reaction amount and the residual reactant amount, and ensuring the implementation of the reaction program, wherein the basis for ending the program is that whether the percent reaction of the oxidant of the decolorization oxidation reaction is completed or not;
(7) a color sampling comparison program after the decolorization reaction;
the color after the decolorization reaction can be read by a color acquisition device, the color of the decolorized water after the reaction is read, the final treatment color is compared by an AI color identification unit, whether the color difference accords with the expected formula is further known as the basis of the judgment effect, the automatic operation database of the decolorization reaction of the wastewater is established by combining the information of the process formula of the operation with the color before and after the wastewater treatment and the wastewater measurement information, when the final decolorization standard is not met, the operation procedure of the decolorization reaction process needs to be returned to the process of searching the formula of the decolorization reaction process for carrying out the operation of the decolorization reaction again until the requirement of the decolorization reaction is met, if a continuous operation scheme is adopted, the extracted wastewater color is used as the treatment effect, the color is the inlet color of the next treatment process, and when the inlet color is changed, the full-automatic decolorization reaction operation target is realized;
(8) a decolorization completion procedure;
by meeting the final color target of the decolorization reaction, the wastewater after the decolorization reaction can be further recycled or harmlessly discharged.
An embodiment of an automatic tracking operation method and system for wastewater decolorization is a system for decolorizing and recycling cotton dyeing wastewater, wherein the cotton dyeing wastewater contains a large amount of anhydrous sodium sulphate and soda ash, belongs to alkaline wastewater, and the decolorization reaction adopts a hydrogen peroxide activated carbon catalytic reaction system, as shown in fig. 6, the system comprises:
(1) the wastewater introduction control system consists of a P1 wastewater pump and an L liquid level meter, 100 wastewater is introduced into the 1-step decoloring reaction tank through the P1 wastewater pump, a fixed amount of water can be introduced through the L liquid level meter according to batch requirements to perform batch decoloring reaction, and when the requirement of the L liquid level meter is met, introduction of the wastewater is stopped.
(2) The wastewater decolorization reaction mixing system comprises a decolorization reaction tank 1, an M reaction stirrer, an H heat preservation heater, a 60 hydrogen peroxide dosing device, a 50 acid dosing device and the like; the cotton dyeing wastewater is subjected to decoloration reaction mixing operation, the wastewater is stirred by an M reaction stirrer, activated carbon is introduced into the wastewater from a 40 activated carbon inlet, the wastewater can be fully mixed and reacted with the activated carbon, the wastewater decoloration reaction condition meets the optimal operation requirement, the wastewater can maintain the fixed reaction temperature by an H heat-preservation heater, the wastewater can be neutralized by PH control, sodium carbonate is converted into anhydrous sodium sulphate as a dyeing assistant, and the decolored saline water after treatment can be recycled.
(3) The waste water information measuring system consists of a Q saline water concentration meter, a PH meter, a T temperature sensor, a 3 hydrogen peroxide concentration sensor and a 5 color acquisition device; wherein 5, the color acquisition device, the PH meter, the 3 hydrogen peroxide concentration sensor and the like need to extract reaction wastewater by a P4 sampling pump for tracking measurement, the concentration of the wastewater can be clearly introduced by a thermometer and the operation temperature during reaction can be controlled, and the reaction can be carried out within the preferred operation range of 30-65 ℃ by keeping the reaction process temperature under the action of the H heat preservation heater; the Q saline water concentration meter can measure the salt content in the wastewater, can influence the decolorization function and can be used as a searching formula guide parameter; the pH meter can be used as an acid neutralization reaction control tool to provide a control operation tool for anhydrous sodium sulphate conversion, and the conversion mechanism is
Na2CO3+H2SO4→Na2SO4+CO2The + H2O5 color acquisition device is a digital camera, can easily acquire a color image before the decolorization reaction of the waste dye liquor, know the color depth and the hue, can analyze the waste water color information through the photographic RGB image as the basis of searching a treatment formula before treatment, which is an operation scheme different from a common colorimeter, the colorimeter carries out the light transmittance of water, the chroma can be obtained through dilution, the problem of the color phase can be ignored, the reaction processes of different hue requirements are different, the most efficient reaction needs to be carried out from the optimal condition instead of a uniform mode, the color change and the process required time in the decolorization reaction process can be tracked through the 5 color acquisition device, the optimal process formula can be automatically analyzed through a large amount of operation data color AI automatic identification training, and the automatic operation target can be realized. The 3 hydrogen peroxide concentration sensor provides a hydrogen peroxide reaction control tool, the 3 hydrogen peroxide concentration sensor is used for tracking hydrogen peroxide input reaction conditions, detecting hydrogen peroxide residual quantity, analyzing reaction operation concentration control and reaction time tracking, and whether hydrogen peroxide action reaches an expected target or not, and the reaction tracking operation tool is provided.
(4) An AI wastewater identification automatic tracking operation system is used as a decolorization reaction control core, is connected with a decolorization reaction equipment system for operation control, is stored with a large amount of operation tracking data, is combined with wastewater images and measurement information to establish a decolorization reaction automatic operation database, is stored in the system and is used as an analysis execution operation basis in the future; after wastewater is introduced, information such as wastewater color, salt concentration, wastewater temperature, pH value and the like can be obtained through a wastewater information measuring system, the wastewater decolorization reaction task can be carried out by directly obtaining and running through recording a process formula in an automatic searching mode, the decolorization reaction auxiliary operation can be carried out according to the formula operation after the process formula is obtained, sodium carbonate is neutralized to form anhydrous sodium sulphate, the anhydrous sodium sulphate is mixed with an M reaction stirrer through a PH meter and a 50 acid dosing device, the wastewater temperature is further adjusted to the reaction required temperature, the wastewater is raised to the reaction temperature through the running of an M reaction stirrer and an H heat preservation heater, hydrogen peroxide is further introduced through a 60 hydrogen peroxide dosing device to carry out decolorization oxidation reaction, the hydrogen peroxide forms OH free radicals under the catalysis of activated carbon, the dye structure can be quickly destroyed, the decolorization target can be further reached, and the concentration control of the hydrogen peroxide is put into the reactor, tracking residual hydrogen peroxide through time course reaction, judging whether a hydrogen peroxide reaction program is finished, further tracking and recording the hydrogen peroxide input amount, the reaction time and the color change by running tracking and recording the decolorization reaction effect in combination with color acquisition until the color meets the decolorization requirement, further leading 2 decolorized water out of the system for reuse by using a drainage system, and obtaining a recycling target; the decoloring reaction operation information can be recorded, analyzed and further stored in a decoloring reaction automatic operation database to serve as a decoloring reaction process formula in the future, and the new process formula can be corrected by utilizing color analysis and calculation of big data, so that the decoloring reaction benefit is improved.
(5) The decolouring saline water leading-out system is composed of a P2 water outlet pump and a 20 decolouring water filter which are connected with an outlet at the lower part of the decolouring reaction tank 1, the decolouring water after the decolouring reaction can be led out, the 20 decolouring water filter can filter out residues and active carbon in the waste water, the residues and the active carbon can be led out of the system through a V2 filtering discharge valve, and the decolouring water can be led in the waste water for the next decolouring reaction after.
(6) The active carbon catalyst extraction system is formed by connecting a V1 active carbon outlet valve, a 10 active carbon filter and a P3 active carbon water filter pump at the bottom of a decoloration reaction tank 1; an AI decolorization wastewater identification automatic tracking operation system is used for carrying out decolorization reaction operation tracking, when the change of hydrogen peroxide usage amount and reaction time is measured in operation, when the color of the decolorization reaction cannot be removed when the usage amount and time are the same as the formula, the activity of activated carbon is weakened, the hydrogen peroxide usage amount and the reaction time need to be increased, the opportunity of updating the activated carbon can be clear through controlling deviation, the original activated carbon needs to be moved out of the reaction system, and can be opened through a V1 activated carbon outlet valve, so that water and activated carbon at the bottom of the decolorization reaction tank are introduced into a 10 activated carbon filter, the activated carbon is filtered out for regeneration, and the filtered decolorization water can be led out of the system for recycling by combining with a.
Claims (7)
1. An automatic tracking operation method for wastewater decolorization reaction is characterized by comprising the following steps:
(1) a color acquisition device is combined with an AI artificial intelligence color identification host to serve as a wastewater color acquisition input tool;
the color of the wastewater can be acquired through a color acquisition device, an AI intelligent color identification host is further introduced, RBG color analysis images are utilized to acquire wastewater image color gradation, a wastewater color model is further confirmed to be used as a decoloring analysis basis, and the color acquisition device can be a digital video camera, a digital camera or a spectrometer and is used for acquiring the color of the wastewater;
(2) searching a loaded tool by using the wastewater measurement data and the color as a decoloring reaction process formula;
the method is characterized in that waste water measurement data and color information are used as the basis of a waste water treatment searching formula, the measurement data can influence the efficiency factors of the decoloration reaction, such as waste water salt concentration, PH value, BOD value, COD value, conductivity, water temperature, chroma and other relevant information, the colors can be red, yellow, green, black, white and other colors and mixed derivative colors, the requirements on the oxidation reaction amount are different, the waste water measurement data and the colors are used as tools to search accurate data of a waste water decoloration reaction automatic operation database, and more efficient waste water decoloration reaction automatic operation can be realized;
(3) the operating record of the wastewater decolorization reaction is used as an information source for establishing an automatic operating database of the wastewater decolorization reaction;
the automatic operation database for wastewater decolorization reaction incorporates the content of wastewater measurement data and color information into an operation record, converts the operation record into an automatic operation database for wastewater decolorization reaction, compares the measurement data with the color information before providing future wastewater treatment, and seeks the same measurement data and color information or similar process formula in the automatic operation database for wastewater decolorization reaction as an operation process formula for wastewater decolorization reaction execution to realize the automatic operation target of wastewater decolorization reaction;
(4) the difference of the color change records of the automatic operation database of the wastewater decolorization reaction is used as a decolorization formula correction tool by comparing the color before and after the reaction;
the wastewater decolorization reaction condition needs to be corrected according to the change of the wastewater source and a correct operation formula is introduced, when the wastewater source changes, the wastewater decolorization reaction condition needs to be corrected through the change of the formula, and when the color changes after treatment, the reaction amount needs to be corrected according to the treatment effect; the optimal operation mode of wastewater treatment can be realized by correcting each section or performing multi-turn correction in batches, and the implementation of the decoloration reaction operation can be confirmed by correcting a reaction color tool; the wastewater decolorization reaction can be a single batch operation scheme and a multi-section multi-equipment series operation scheme, wherein the single batch operation scheme needs a multi-program multi-color correction process formula, and when a plurality of sections of multi-equipment are connected in series, formula correction is carried out before and after each equipment; the process formula is corrected by introducing the color change of the wastewater, so that an effective automatic correction scheme for the wastewater decolorization reaction is realized, and as the wastewater is of a changeable elastic combination, the color and the concentration change at any time, the property and the color of the wastewater need to be measured and tracked timely, and the process formula is corrected according to the wastewater conditions, so that the wastewater decolorization reaction target can be realized;
(5) adjusting an operation process formula by using introduced wastewater information and color change tracking, and establishing an optimized wastewater decolorization reaction tracking adjustment operation tool;
the wastewater decolorization reaction operation cannot unify the properties, colors and concentrations due to the influence of factory processes on wastewater sources, and the process formula of the wastewater decolorization reaction needs to be relatively adjusted;
(6) automatically running a color change information record by utilizing the wastewater decolorization reaction, and establishing a wastewater decolorization reaction color evolution image as a decolorization reaction guiding and identifying operation tool;
when the wastewater measurement data and the color information are used for searching a wastewater decolorization reaction automatic operation database formula, the color before the corresponding wastewater decolorization reaction can be clear, the time of a treated section and the color after the reaction can be estimated, the color image change and the distribution state of the treatment time of each section can be clear through the multi-section or multi-program execution result, the method can be used as a decolorization reaction guiding operation tool, the color change information before and after the treatment of each section can be further understood through the evolution analysis of an AI artificial intelligent color model, the process formula can be automatically corrected through the clear estimation of the color change through the identification of the AI artificial intelligent color model, and the method can be used as a tool for guiding the wastewater decolorization reaction section and the;
(7) tracking the difference data of the decolorization reaction amount and the operation time to serve as an auxiliary reaction energy efficiency verification basis;
in the process of the decolorization reaction, the enhanced decolorization reaction is often realized through auxiliary judgment, for example, the decolorization efficiency is insufficient due to electrolytic decolorization, the decolorization efficiency is reduced due to possible damage of electrodes, the reaction time is prolonged, and the electrodes need to be updated; or the catalytic reaction of the activated carbon is reduced, which may affect the oxidation reaction amount and time of the decolorization reaction to be longer, and the activated carbon needs to be updated; by changing the reaction amount and the reaction time, the operation of an auxiliary mechanism is needed as a judgment basis when a blind spot occurs in the operation of the decolorization reaction system.
2. The automatic operation database for wastewater decolorization reaction related to the method according to claim 1, which comprises the following structural contents:
(1) wastewater measurement data;
the data is the characteristics of the wastewater, and factors influencing the decolorization reaction comprise information such as salt concentration, conductivity, pH value, BOD value, COD value, water temperature and the like;
(2) color before reaction;
obtaining the color before reaction through a color obtaining device, taking the color record as the guide information of a reaction formula, carrying out color comparison analysis according to an AI intelligent color identification system to obtain the record information of an automatic operation database closest to the color wastewater decolorization reaction, and taking the record information as the basis of the automatic operation formula;
(3) the decolorization reaction amount;
the decolorizing reaction amount refers to the dosage requirement of decolorizing reaction materials, and can be oxidant dosage, coagulation catcher dosage, electrode reaction electric quantity, etc., the oxidant dosage can be chlorine dioxide, bleaching water, hydrogen peroxide, ozone dosage, sodium hydrosulfite, etc., the coagulant dosage can be flocculant, coagulant aid, etc., and the electrode reaction electric quantity can be electrolytic decolorizing electric quantity, electric coagulation parameters, electric dialysis electric quantity, etc.;
(4) the operation time of the decolorization reaction;
the decolorization reaction can be used for measuring and tracking whether the reaction is finished or not through the residual reaction medicament, and a timing tracking scheme can be used for measuring the color difference before and after the reaction and carrying out effect observation through the color change tracking reaction of an AI intelligent color identification system;
(5) reaction checking time;
the system refers to the final checking time of the decolorization reaction, the reaction system is normal when the decolorization target can be realized in the checking time, and when the decolorization target cannot be realized in the checking time, the reaction system generates blind spots to remind the replacement of decolorization reaction materials such as coal contact, electrodes and the like;
(6) estimating the color;
recording color information for the automatic operation result of the decoloring reaction, providing result estimation for reusing the same formula reaction, and providing analysis and comparison of treatment effect;
(7) the color of the reaction result;
the obtained wastewater color is used as a treatment effect analysis and execution decolorization reaction target and recorded in a wastewater decolorization reaction automatic operation database, and is used as a wastewater color automatic operation comparison final operation target color in the future, so that an AI intelligent color model evolution technology analysis comparison target can be provided, whether a wastewater program is finished or not can be checked, or a supplementary operation program can be further corrected.
3. The automatic tracing operation method for wastewater decolorization reaction according to claim 1, which is implemented by the following procedures:
(1) a wastewater introduction procedure;
introducing wastewater into a wastewater decolorization automatic tracking operation control operation system, and introducing the wastewater into the system according to a decolorization scheme, wherein the wastewater can be introduced by a fixed-quantity batch processing scheme or a flow-controlled continuous operation scheme;
(2) a wastewater information measurement procedure;
before the decolorization reaction is executed, acquiring data influencing the decolorization reaction of the wastewater as data for the decolorization reaction to execute guide operation, capturing measurement information before the decolorization reaction under a batch reaction scheme, and capturing wastewater measurement information at the front end of the reaction during continuous reaction, wherein the decolorization reaction automatically searches process formula guide data information which can be factors influencing the decolorization reaction such as pH value, temperature value, conductivity, BOD, COD, salt concentration and the like and can be used as process formula priority selection operation guide information;
(3) a wastewater decolorization reaction color interception procedure;
the method comprises the steps of obtaining the color of wastewater before a decolorization reaction, using the obtained color of the wastewater before the decolorization reaction as guide information for automatically selecting a decolorization reaction process formula, using the obtained color of the wastewater before the decolorization reaction as the guide information for automatically selecting the process formula in batch reaction operation, using the color information of the wastewater introduced at the front end of the reaction as the guide information for automatically selecting the process formula in continuous reaction, automatically tracking, operating and controlling the decolorization reaction of the wastewater through color obtaining, recording the decolorization reaction, further converting the operating record to establish an automatic operation database of the decolorization reaction, using the color of the wastewater and measurement information as search operation guide information, and searching the most similar treatment process formula through the color of the wastewater and the measurement data; through the record analysis of treatment results, an artificial intelligent automatic operation database for decolorization reaction is established, so that the decolorization reaction of the wastewater can automatically obtain the formula process tracking treatment effect, and an AI intelligent automatic wastewater decolorization reaction automatic tracking operation management and control operation method is realized;
(4) establishing and searching a decoloring reaction process formula program;
the wastewater measurement information and the color information can be obtained, namely, the automatic decolorization operation database is searched and compared through the measurement data and the color, the similar process formula is searched and loaded to the decolorization reaction system for automatic decolorization treatment operation, the operation process formula can be input again through the measurement data and the color of the wastewater for decolorization reaction operation, and when the reaction operation is finished, the process formula of the automatic decolorization operation database can be directly established through the operation result record, so that the effects before and after the decolorization reaction can be clarified and used as the formula basis for the operation under the same condition in the future;
(5) performing a decolorization reaction execution program;
after a process formula is obtained, a decoloring reaction is operated according to the process formula conditions, relevant reaction environment establishment is carried out, for example, a stirring device is started to adjust water temperature, adjust PH, and put in reaction catalysts, the decoloring environment is optimized, then the decoloring reaction quantity operation control is carried out, appropriate reaction quantity parameters are controlled according to a decoloring method to carry out the decoloring reaction operation, the decoloring reaction quantity supply in the same proportion is carried out according to the requirement of treatment capacity, the input can be arranged according to reaction time, the reaction quantity can be supplied according to the decoloring reaction requirement such as control voltage, control current, ozone quantity, air quantity, oxidant quantity, catching quantity, coagulating quantity and the like, and the time batch, proportion requirement quantity, total quantity and the like are input according to the reaction requirement;
(6) a decolorization tracking procedure;
tracking the decolorization reaction amount through the operation of a reaction program, verifying the decolorization effect, confirming the operation time of the decolorization reaction, the decolorization reaction amount and the residual reactant amount, and ensuring the implementation of the reaction program, wherein the basis for ending the program is that whether the percent reaction of the oxidant of the decolorization oxidation reaction is completed or not;
(7) a color sampling comparison program after the decolorization reaction;
the color after the decolorization reaction can be read by a color acquisition device, the color of the decolorized water after the reaction is read, the final treatment color is compared by an AI color identification unit, whether the color difference accords with the expected formula is further known as the basis of the judgment effect, the automatic operation database of the decolorization reaction of the wastewater is established by combining the information of the process formula of the operation with the color before and after the wastewater treatment and the wastewater measurement information, when the final decolorization standard is not met, the operation procedure of the decolorization reaction process needs to be returned to the process formula searching program for the decolorization reaction again for operation until the decolorization reaction is completed, for the batch reaction operation scheme, for the continuous operation scheme, the led-out wastewater color is used as the treatment effect, the color is the inlet color of the next treatment process, and when the inlet color is changed, the treatment process formula can, the full-automatic decolorization reaction operation target is realized;
(8) a decolorization completion procedure;
the color after the reaction meets the final color target of the decolorization reaction, and the wastewater after the decolorization reaction can be further recycled or harmlessly discharged.
4. An automatic tracking operation system for wastewater decolorization reaction, which comprises:
(1) waste water is input into the control system;
the control scheme mainly captures wastewater introduction operation, introduces proper water quantity according to reaction requirements to carry out decolorization reaction, and is an input system constructed by an introduction water pump, a control valve and a liquid level;
(2) a wastewater decolorization reaction function execution system;
a wastewater decolorization function execution system is arranged according to the requirement of the decolorization function;
(3) a wastewater information measurement system;
the device is used as a wastewater property measuring tool, provides important reaction condition data for wastewater treatment and decoloration operation, automatically seeks an optimal treatment process formula according to measurement information, and the content of the measurement information comprises the pH value, the COD value, the BOD value, the water temperature, the conductivity, the brine concentration and the like of wastewater;
(4) a decolorization tracking and measuring system;
the consumption required by the decolorization reaction is controlled according to the reaction demand, and the electricity demand energy control and the reaction time tracking control of the equal proportional dosage are carried out through the reaction quantity and the flow of the wastewater, so that the optimized energy-saving and high-efficiency operation is realized;
(5) an artificial intelligent automatic tracking operation management and control system for AI wastewater color;
the method is to collect color acquisition and measurement information before wastewater treatment, further obtain a similar operation process formula through a decolorization reaction automatic operation database, automatically track operation management and control operation execution for wastewater decolorization reaction, analyze a decolorization reaction result through effective operation record information and an artificial intelligent color evolution model, and determine whether the decolorization reaction result meets the execution target requirement? Further, the treatment effect record is used as data of a decoloring reaction automatic operation database, a future decoloring reaction execution process is provided, the adjustment of partial process formula can be performed by using the analysis effect, the decoloring reaction execution is smoother and more efficient, the decoloring reaction operation process formula can be automatically adjusted through the color of the wastewater and the measurement information, and the operation target of automatic tracking operation control of the decoloring reaction of the wastewater is realized;
(6) a wastewater output control system;
the decolorized water after the decolorization reaction is removed from the reaction system, and the decolorized water can be removed from the system according to the reaction operation requirement.
5. A wastewater decolorization reaction execution function system according to claim 4, the main applicable range of which includes:
(1) a catching agent coagulation and decoloration reaction system;
coagulant, flocculant, coagulant aid and the like are added to capture pigments through stirring and mixing to achieve flocculation and standing sedimentation, and the device consists of a dosing control metering unit, a mixing and stirring unit and a sedimentation and filtering unit;
(2) an oxidant decomposition and decoloration reaction system;
the method comprises the steps of adding an oxidant to react and decompose a pigment, wherein the oxidant comprises an oxidant adding unit, a mixing and stirring unit, a temperature control unit and a filtering unit;
(3) an electrolytic decoloring reaction system;
the purpose of decoloring is achieved by electrolyzing waste water by using an electrode to destroy pigments, and the device consists of an electrolysis reaction unit, a PH reaction adjustment unit and a mixed air flotation unit;
(4) an electrocoagulation-decoloration reaction system;
the electrode is used for releasing metal ions, carrying out oxidation reaction and coagulation, and capturing pigments in the wastewater, and the device consists of an electrolysis reaction unit, an aeration unit, a neutralization and flocculation mixing unit, a standing and settling unit and a filtering and separating unit;
(5) an ozone decolorizing reaction system;
the wastewater oxidation and decoloration function by utilizing the ozone oxidation capacity is composed of a decoloration reaction aeration unit, an ozone generation unit and an exhaust treatment unit.
6. The AI wastewater color artificial intelligence automatic tracking operation management and control system of claim 4, comprising:
(1) an operation display unit;
the system is a human-computer operation interface and provides operation data access, a setting operation interface, a decoloration reaction system mechanical parameter adjustment setting interface, an operation parameter guide interface, a wastewater color reading display interface, a decoloration reaction operation information guide interface, a decoloration reaction automatic operation database correction interface, a decoloration reaction operation database access operation interface, a wastewater measurement information display interface and a color analysis intelligent display guide interface, and the system is directly connected with a decoloration reaction automatic tracking operation management unit through an internal interface, can display decoloration reaction operation information and provides an operator as a basis for operation guide operation;
(2) a decoloring reaction automatic tracking operation management unit;
the system is a decoloration reaction AI artificial intelligence color processing core which receives the wastewater color acquisition information of an AI color tracking unit, performs the wastewater decoloration reaction color evolution intelligent model analysis and the decoloration reaction intelligent learning wastewater color evolution path, analyzes the decoloration reaction effect evolution information record, can transmit the AI color tracking unit information to an operation display unit for display, and enables an operator to check the decoloration reaction effect; the other one is connected with an AI (artificial intelligence) decolorization reaction equipment operation unit, and information records such as decolorization reaction wastewater measurement information, decolorization reaction quantity control tracking data information, wastewater measurement information, wastewater color reaction information, wastewater decolorization reaction operation process formula and the like are obtained through an input/output interface of the decolorization reaction equipment, and are converted into a wastewater decolorization reaction automatic operation database to provide the basis of automatic formula searching in the future wastewater decolorization reaction operation; the decoloration reaction process formula is obtained, measurement information and color information before wastewater treatment can be used as a decoloration reaction database searching condition to obtain the most similar operation process formula, the automatic operation effect of the wastewater decoloration reaction is ensured, the color difference can be estimated through the reaction of the operation process formula, the auxiliary facility correction of the equipment operation condition can be analyzed, and the operation condition can be clearly obtained if a catalyst, active carbon and an electrode material are used for updating the operation basis; the automatic tracking operation management unit for the decoloring reaction and the operation display unit can be connected with the AI color tracking unit and the AI decoloring reaction equipment operation unit through interfaces, are both decoloring reaction devices which adopt network connection to provide data transmission and receiving channels, and can be connected with other factory management information stations or other same systems through external network interfaces;
(3) an AI decolorization reaction operation unit;
the system is characterized in that a decoloration reaction device and a measurement input and output interface which are used for system operation control are provided by a decoloration reaction operation control and measurement data control operation center, the decoloration reaction device and the measurement input and output interface are connected with various checking information measuring instruments and operation control systems in the system, the decoloration reaction system operation control and information collection are carried out, and the operation information and the measurement information are connected with a decoloration reaction automatic tracking operation management unit through a network interface;
(4) an AI color tracking unit;
the AI color tracking unit acquires and analyzes the color change of the wastewater in the wastewater decolorization reaction process, knows the color information of the wastewater through an internal RGB color database, identifies the color and the chromaticity change of the wastewater, further records and analyzes the evolution scheme of the color change in the decolorization reaction process, can judge and estimate the color change path of the wastewater decolorization reaction through intelligent learning analysis, can analyze the decolorization reaction effect through the reaction time and the color evolution, further combines the wastewater color with the measurement information and the decolorization reaction process formula through being combined with the decolorization reaction automatic tracking operation management unit, establishes a decolorization reaction automatic tracking operation database, realizes an AI artificial intelligent automatic operation target according to the historical record operation data analysis, reads the color and combines the wastewater measurement information before the treatment through the AI artificial intelligent automatic tracking operation database, and can find an optimized treatment process formula in the decolorization reaction automatic tracking operation database, the decolorizing reaction can be automatically guided to operate, and the automatic operation target is realized; the AI color tracking unit is connected with the decolorization reaction automatic tracking management unit through a network connection interface, the color acquisition interface can be connected with the color acquisition device to read the color information of the wastewater, the color information of the wastewater can be acquired through the connection of the network and the color acquisition device, the acquired color information of the wastewater is transmitted to the decolorization reaction automatic tracking operation management unit through the network, and the color information integration, the display and the record are carried out on the color information for the decolorization reaction wastewater color tracking.
7. The AI discoloration reaction operating unit according to claim 6, wherein the discoloration reaction equipment and the measurement input/output interface of the unit comprise:
(1) inputting waste water into a control connection interface;
providing wastewater input operation measurement control, wherein the wastewater input operation measurement control can carry out data information transmission such as wastewater introduction flow, liquid level, reaction capacity and the like according to requirements;
(2) a connection interface is executed in the wastewater decolorization reaction;
providing a reaction system requirement operation control operation interface, and performing an operation channel for reading, transmitting and recording equipment control information and measurement information according to the requirement of the decolorization reaction system, so that the function of the decolorization reaction system can be operated correctly;
(3) a wastewater information measurement connection interface;
providing wastewater decolorization characteristic influence data, setting according to requirements of a decolorization reaction method, intercepting various data information influencing decolorization reaction function, searching a decolorization reaction automatic tracking operation database through data information guidance, obtaining an optimized process formula, and executing a decolorization reaction;
(4) tracking and measuring the decolorization reaction amount of the connection interface;
a decolorization reaction amount tracking and measuring system, which is used for tracking and controlling the requirements of a decolorization process formula, can clearly monitor the time and amount of the decolorization process formula, and can track the decolorization reaction effect in the reaction process by measuring the reaction time and reaction residue, and determine whether the decolorization reaction is expected? Tracking the decolorization reaction effect through the measured data information to realize the aim of optimizing automatic operation, when the decolorization reaction deviates from the expected effect, namely the reaction operation needs to be adjusted, such as the passivation of a reaction catalyst needs to be updated, a reaction electrode needs to be adjusted and updated, a filter needs to be cleaned, and the like, ensuring the normalization of the decolorization reaction operation, and obtaining a signal for adjusting and replacing operation from the measured data of the decolorization reaction;
(5) the waste water output control is connected with a system interface;
the wastewater output control system is used for further moving the wastewater after the decolorization reaction out of the decolorization reaction system for operation, so that the wastewater after the decolorization reaction can be recycled or safely discharged, and the operation of the treated wastewater is controlled.
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