Intelligent control method and system for wastewater treatment in the synthesis process of a new material

Abstract

The present invention discloses a method and system for intelligently regulating wastewater treatment in the synthesis process of a new material, and relates to the technical field of intelligent regulation of wastewater treatment, including obtaining treatment equipment that can operate normally in the current wastewater treatment machine, marking it as an operable wastewater treatment equipment; obtaining the maximum wastewater purification amount that can be processed by each operable wastewater treatment equipment within a fixed time, calculating the sum of the maximum wastewater purification amounts within the fixed time; and obtaining the total amount of wastewater that needs to be processed at present. The present invention obtains the wastewater treatment equipment that can operate normally and the maximum wastewater purification amount, and uses the relationship between the maximum wastewater purification amount and the actual total amount of wastewater that needs to be processed to reasonably plan the overall operable wastewater treatment equipment, and reasonably plans the wastewater that needs to be processed to different wastewater treatment equipment, so that it can effectively ensure that the degree of consumption of each wastewater treatment equipment is the same, so that each wastewater treatment equipment is in the best operating state.

Description

Technical Field

[0001] The present invention relates to the technical field of intelligent regulation of wastewater treatment, and in particular to a method and system for intelligent regulation of wastewater treatment in a synthesis process of a new material. Background Art

[0002] New materials refer to structural materials with excellent performance and functional materials with special properties that have been recently developed or are being developed. A large amount of wastewater is often generated during the synthesis and processing of new materials, so wastewater treatment is required. Wastewater treatment is to use physical, chemical and biological methods to treat wastewater, purify wastewater, reduce pollution, and even achieve wastewater recovery and reuse, so as to make full use of water resources.

[0003] The existing technology has the following problems:

[0004] In the actual operation of the project, during the wastewater treatment process, it is often not possible to reasonably plan and allocate the wastewater to different wastewater treatment equipment according to the actual needs, resulting in the wastewater treatment equipment being used and worn out at different speeds. How to intelligently plan different wastewater treatment equipment based on the wastewater volume, monitor the wastewater treatment volume in real time, and realize the intelligent management of wastewater treatment equipment is a technical problem that needs to be solved. Summary of the invention

[0005] The present invention provides a method and system for intelligently controlling wastewater treatment in the synthesis process of a new material. The technical solution is based on the actual amount of wastewater that needs to be treated, rationally allocates it to different wastewater treatment equipment, and monitors the wastewater treatment amount in real time to achieve intelligent management, so as to solve the problems raised in the above-mentioned background technology.

[0006] In order to solve the above technical problems, the technical solution adopted by the present invention is:

[0007] An intelligent control method for wastewater treatment in the synthesis process of a new material, comprising:

[0008] Obtain the treatment equipment that can operate normally in the current wastewater treatment machine and mark it as the operational wastewater treatment equipment;

[0009] Obtain the maximum wastewater purification volume that can be processed by each operable wastewater treatment equipment within a fixed time, and calculate the total maximum wastewater purification volume within the fixed time;

[0010] Obtain the total amount of wastewater that needs to be treated at present, and determine in real time whether the total amount of wastewater that needs to be treated is greater than the maximum total amount of wastewater purification that can be operated by the wastewater treatment equipment within a fixed time. If so, determine that the overall wastewater treatment machine cannot meet the wastewater purification needs at one time; if not, determine that the overall wastewater treatment machine can meet the wastewater purification needs at one time;

[0011] For the overall wastewater treatment machines that can meet the wastewater purification needs at one time and the overall wastewater treatment machines that cannot meet the wastewater purification needs at one time, the overall planning shall include the number of wastewater treatment equipment that can be operated;

[0012] Based on the planned number of operable wastewater treatment equipment and the number of operations, input control signals to corresponding operable wastewater treatment equipment;

[0013] Monitor the actual wastewater treatment volume of each operable wastewater treatment equipment in real time, and determine whether the error value between the actual wastewater treatment volume and the expected wastewater treatment volume is less than ten percent. If so, output that the operable wastewater treatment equipment is working normally; if not, output that the operable wastewater treatment equipment is working abnormally, and output a prompt signal.

[0014] Preferably, the step of obtaining the maximum wastewater purification volume that can be processed by each operable wastewater treatment equipment within a fixed time and calculating the sum of the maximum wastewater purification volumes within the fixed time specifically includes:

[0015] Get the wastewater capacity of each operational wastewater treatment equipment, denoted as ;

[0016] Plan the overall wastewater treatment machine working time evenly into fixed time periods;

[0017] Calculate the maximum wastewater purification volume in each fixed time period. The specific calculation formula is:

[0018]

[0019] In the formula, is the maximum wastewater treatment capacity within a fixed time, The working time of the whole wastewater treatment machine, Evenly distribute the number of working hours.

[0020] Preferably, for determining the overall wastewater treatment machine that can meet the wastewater purification needs at one time and the overall wastewater treatment machine that cannot meet the wastewater purification needs at one time, the overall planning of the number of operative wastewater treatment equipment specifically includes:

[0021] Establish operating constraints for the operational wastewater treatment equipment based on the total amount of wastewater treatment required and the maximum amount of wastewater purified per fixed time by the overall wastewater treatment machine;

[0022] Establishing an operation planning model, wherein the operation planning model takes the total amount of wastewater treatment required as input and takes the number of operable wastewater treatment equipment and the operation frequency index as output;

[0023] Inputting the total amount of wastewater treatment into the operation planning model to obtain the number of operable wastewater treatment equipment that needs to be operated and the operation frequency index;

[0024] The specific calculation formula for establishing the operation planning model is:

[0025]

[0026] In the formula, is the number of operational wastewater treatment equipment that needs to be operated, is the total amount of wastewater treatment equipment that can be operated, is the maximum wastewater treatment capacity within a fixed time, The total number of times all operable wastewater treatment equipment has been operated; is the total amount of wastewater treated.

[0027] Preferably, the step of inputting the control signal to the corresponding operable wastewater treatment equipment based on the planned number and operation times of the operable wastewater treatment equipment specifically includes:

[0028] Based on the received number and operation frequency signals of the planned operable wastewater treatment equipment, the operation data of the operable wastewater treatment equipment is established, and the operation data is transmitted to the corresponding operable wastewater treatment equipment. The control signal controls the corresponding operable wastewater treatment equipment to work and perform the wastewater treatment process. The specific operation data calculation formula is:

[0029]

[0030] In the formula, Operational data of wastewater treatment equipment that can be operated. is the number of operational wastewater treatment equipment that needs to be operated, is the total amount of wastewater treatment equipment that can be operated, The total number of times all operable wastewater treatment equipment has been operated. Evenly distribute the number of working hours.

[0031] Preferably, the real-time monitoring of the actual wastewater treatment volume of each operable wastewater treatment equipment, determining whether the error value between the actual wastewater treatment volume and the expected wastewater treatment volume is less than 10%, if so, outputting that the operable wastewater treatment equipment is working normally, if not, outputting that the operable wastewater treatment equipment is working abnormally, and outputting a prompt signal specifically include:

[0032] Monitor the wastewater treatment volume of the operational wastewater treatment equipment controlled by the system within a fixed time, recorded as ;

[0033] Get the working parameters of the operational wastewater treatment equipment and the expected amount of wastewater to be treated, recorded as ;

[0034] Calculate the error value of the operable wastewater treatment equipment relative to the expected wastewater treatment volume ;

[0035] judge Is it less than ten percent? If so, the output indicates that the wastewater treatment equipment is working normally. If not, the output indicates that the wastewater treatment equipment is working abnormally and a prompt signal is output.

[0036] The specific calculation formula is: ;

[0037] In the formula, is the working error, is the expected processing volume, The actual processing volume.

[0038] Further: an intelligent control system for wastewater treatment in the synthesis process of a new material is proposed, which is used to implement the above-mentioned intelligent control method for wastewater treatment in the synthesis process of a new material, including:

[0039] An intelligent control module, wherein the intelligent control module is used to obtain the treatment equipment that can operate normally in the current wastewater treatment machine, mark it as an operable wastewater treatment equipment, obtain the maximum wastewater purification volume that each operable wastewater treatment equipment can process within a fixed time, calculate the sum of the maximum wastewater purification volumes within the fixed time, obtain the total amount of wastewater that needs to be processed at present, and determine in real time whether the total amount of wastewater that needs to be processed is greater than the sum of the maximum wastewater purification volumes of the operable wastewater treatment equipment within the fixed time;

[0040] A treatment equipment control module, the treatment equipment control module is electrically connected to the intelligent control module, and the treatment equipment control module is used to input control signals to the corresponding operable wastewater treatment equipment based on the planned number of operable wastewater treatment equipment and the number of operations, and to monitor the actual wastewater treatment volume of each operable wastewater treatment equipment in real time, and to determine the error value between the actual wastewater treatment volume and the expected wastewater treatment volume.

[0041] Optionally: the intelligent control module specifically includes:

[0042] An information acquisition unit, the information acquisition unit is used to acquire the treatment equipment that can operate normally in the current wastewater treatment machine, mark it as an operable wastewater treatment equipment, acquire the maximum wastewater purification volume that can be processed by each operable wastewater treatment equipment within a fixed time, and acquire the total amount of wastewater that needs to be processed at present;

[0043] An information judgment unit, the information judgment unit is used to judge in real time whether the total amount of wastewater to be treated is greater than the maximum total amount of wastewater purification of the wastewater treatment equipment that can be operated within a fixed time. If so, it is judged that the overall wastewater treatment machine cannot meet the wastewater purification needs at one time; if not, it is judged that the overall wastewater treatment machine can meet the wastewater purification needs at one time;

[0044] The overall planning unit is used to determine the overall wastewater treatment machines that can meet the wastewater purification needs at one time and the overall wastewater treatment machines that cannot meet the wastewater purification needs at one time, and to overall plan the number of operable wastewater treatment equipment.

[0045] Optionally: the processing device control module internally includes:

[0046] A control unit, the control unit is used to input the planned number and operation times of the operable wastewater treatment equipment and the control signal to the corresponding operable wastewater treatment equipment;

[0047] A monitoring unit, the monitoring unit is used to monitor in real time the actual wastewater treatment volume of each operable wastewater treatment equipment;

[0048] An error judgment unit is used to judge whether the error value between the actual wastewater treatment volume and the expected wastewater treatment volume is less than ten percent. If so, it outputs that the operable wastewater treatment equipment is working normally. If not, it outputs that the operable wastewater treatment equipment is working abnormally and outputs a prompt signal.

[0049] Due to the adoption of the above technical solution, the present invention has the following technical advances compared with the prior art:

[0050] The present invention provides a method and system for intelligently controlling wastewater treatment in a synthesis process of a new material. The technical solution obtains wastewater treatment equipment that can operate normally and a maximum wastewater purification amount, and uses the relationship between the maximum wastewater purification amount and the total amount of wastewater that actually needs to be treated to reasonably plan the overall operable wastewater treatment equipment, and reasonably plans the wastewater that needs to be treated to different wastewater treatment equipment. In this way, it can effectively ensure that the degree of wear of each wastewater treatment equipment is the same, so that each wastewater treatment equipment is in the best operating state. By inputting the planned control signal into the corresponding operable wastewater treatment equipment, and monitoring the actual wastewater treatment amount of each equipment in real time, the error value between the actual wastewater treatment amount and the expected wastewater treatment amount is judged, it is ensured that the equipment is in a normal working state, intelligent management is realized, the efficiency of wastewater treatment is ensured, and the stable operation of the wastewater treatment process is ensured. BRIEF DESCRIPTION OF THE DRAWINGS

[0051] Figure 1 This is a schematic diagram of the intelligent regulation process of wastewater treatment proposed by the present invention;

[0052] Figure 2 A schematic diagram of the process of obtaining the maximum wastewater purification amount according to the present invention;

[0053] Figure 3 A schematic diagram of a process for establishing an operation planning model of the present invention;

[0054] Figure 4 It is a schematic diagram of the error value judgment process of the present invention;

[0055] Figure 5 This is a structural block diagram of the wastewater treatment intelligent control and planning system of the present invention. DETAILED DESCRIPTION

[0056] The present invention is further described in detail below in conjunction with embodiments:

[0057] like Figure 1 As shown, the present invention provides an intelligent control method for wastewater treatment in the synthesis process of a new material, comprising:

[0058] Obtain the treatment equipment that can operate normally in the current wastewater treatment machine and mark it as the operational wastewater treatment equipment;

[0059] Obtain the maximum wastewater purification volume that can be processed by each operable wastewater treatment equipment within a fixed time, and calculate the total maximum wastewater purification volume within the fixed time;

[0060] Obtain the total amount of wastewater that needs to be treated at present, and determine in real time whether the total amount of wastewater that needs to be treated is greater than the maximum total amount of wastewater purification that can be operated by the wastewater treatment equipment within a fixed time. If so, determine that the overall wastewater treatment machine cannot meet the wastewater purification needs at one time; if not, determine that the overall wastewater treatment machine can meet the wastewater purification needs at one time;

[0061] For the overall wastewater treatment machines that can meet the wastewater purification needs at one time and the overall wastewater treatment machines that cannot meet the wastewater purification needs at one time, the overall planning shall include the number of wastewater treatment equipment that can be operated;

[0062] Based on the planned number of operable wastewater treatment equipment and the number of operations, input control signals to corresponding operable wastewater treatment equipment;

[0063] Monitor the actual wastewater treatment volume of each operable wastewater treatment equipment in real time, and determine whether the error value between the actual wastewater treatment volume and the expected wastewater treatment volume is less than ten percent. If so, output that the operable wastewater treatment equipment is working normally; if not, output that the operable wastewater treatment equipment is working abnormally, and output a prompt signal.

[0064] This technical solution obtains wastewater treatment equipment that can operate normally and the maximum wastewater purification volume, and uses the relationship between the maximum wastewater purification volume and the actual total amount of wastewater that needs to be treated to reasonably plan the overall operable wastewater treatment equipment, and reasonably plan the wastewater that needs to be treated to different wastewater treatment equipment. In this way, it can effectively ensure that the degree of wear and tear of each wastewater treatment equipment is the same, so that each wastewater treatment equipment is in the best operating state. By inputting the planned control signal into the corresponding operable wastewater treatment equipment, and monitoring the actual wastewater treatment volume of each equipment in real time, the error value between the actual wastewater treatment volume and the expected wastewater treatment volume is judged, ensuring that the equipment is in normal working condition, realizing intelligent management, ensuring the efficiency of wastewater treatment, and ensuring the stable operation of the wastewater treatment process.

[0065] like Figure 2 As shown, the maximum wastewater purification volume that can be processed by each operable wastewater treatment equipment within a fixed time is obtained, and the total maximum wastewater purification volume within the fixed time is calculated, which specifically includes:

[0066] Get the wastewater capacity of each operational wastewater treatment equipment, denoted as ;

[0067] Plan the overall wastewater treatment machine working time evenly into fixed time periods;

[0068] Calculate the maximum wastewater purification volume in each fixed time period. The specific calculation formula is:

[0069]

[0070] In the formula, is the maximum wastewater treatment capacity within a fixed time, The working time of the whole wastewater treatment machine, Evenly distribute the number of working hours.

[0071] By recording and obtaining the wastewater capacity of each operable wastewater treatment equipment, that is, the maximum amount of wastewater that the equipment can store within a fixed time, and summing up the capacities of all operable wastewater treatment equipment, the maximum amount of wastewater that the overall equipment can purify and resolve within that period of time is obtained. Since each operable wastewater treatment equipment cannot operate all the time, it is necessary to plan to start different wastewater treatment equipment within different time periods. Therefore, it is necessary to plan the working time of the equipment evenly so that the working time of each operable wastewater treatment equipment is close to the same, the degree of loss is the same, and each equipment is guaranteed to be in the best operating state.

[0072] like Figure 3As shown, for the overall wastewater treatment machines that can meet the wastewater purification needs at one time and the overall wastewater treatment machines that cannot meet the wastewater purification needs at one time, the number of wastewater treatment equipment that can be operated in the overall planning specifically includes:

[0073] Establish operating constraints for the operational wastewater treatment equipment based on the total amount of wastewater treatment required and the maximum amount of wastewater purified per fixed time by the overall wastewater treatment machine;

[0074] Establishing an operation planning model, wherein the operation planning model takes the total amount of wastewater treatment required as input and takes the number of operable wastewater treatment equipment and the operation frequency index as output;

[0075] Inputting the total amount of wastewater treatment into the operation planning model to obtain the number of operable wastewater treatment equipment that needs to be operated and the operation frequency index;

[0076] The specific calculation formula for establishing the operation planning model is:

[0077]

[0078] In the formula, is the number of operational wastewater treatment equipment that needs to be operated, is the total amount of wastewater treatment equipment that can be operated, is the maximum wastewater treatment capacity within a fixed time, The total number of times all operable wastewater treatment equipment has been operated; is the total amount of wastewater treated.

[0079] It is understandable that since the total amount of wastewater generated by the factory's generation of new materials is not fixed, it is necessary to compare and judge the total amount of wastewater with the maximum amount of wastewater that the current equipment can treat. When the amount of wastewater to be treated is less than the maximum wastewater treatment capacity within a fixed time, all the wastewater treatment equipment can meet the wastewater treatment process at one time. At this time, it is only necessary to calculate the proportion of the wastewater to be treated to the maximum wastewater treatment capacity, and then activate the corresponding proportion of wastewater treatment equipment. However, when the amount of wastewater to be treated is less than the maximum wastewater treatment capacity within a fixed time, all the wastewater treatment equipment cannot meet the wastewater treatment process at one time. Therefore, it is necessary to operate all the wastewater treatment equipment as a whole to purify the wastewater, and then distribute and treat the remaining wastewater.

[0080] Based on the planned number and operation times of the operable wastewater treatment equipment, inputting the control signal to the corresponding operable wastewater treatment equipment specifically includes:

[0081] Based on the received number and operation frequency signals of the planned operable wastewater treatment equipment, the operation data of the operable wastewater treatment equipment is established, and the operation data is transmitted to the corresponding operable wastewater treatment equipment. The control signal controls the corresponding operable wastewater treatment equipment to work and perform the wastewater treatment process. The specific operation data calculation formula is:

[0082]

[0083] In the formula, Operational data of wastewater treatment equipment that can be operated. is the number of operational wastewater treatment equipment that needs to be operated, is the total amount of wastewater treatment equipment that can be operated, The total number of times all operable wastewater treatment equipment has been operated. Evenly distribute the number of working hours.

[0084] After calculating the number of corresponding devices that need to be activated based on the actual total amount of wastewater that needs to be treated, in order to make the degree of wear and tear of each device roughly the same, the overall equipment can be arranged and combined each time, and then the corresponding number of operable wastewater treatment equipment can be randomly selected from the arrangement and combination to work. When the amount of wastewater to be treated is less than the maximum wastewater treatment capacity within a fixed time, all wastewater can be treated at one time, so only one time period needs to be randomly selected in the overall working time period to work. When the amount of wastewater to be treated is greater than the maximum wastewater treatment capacity within a fixed time, all wastewater cannot be treated at one time, and multiple time periods need to be selected within the overall working time to work.

[0085] like Figure 4 As shown, the actual wastewater treatment capacity of each operable wastewater treatment equipment is monitored in real time, and it is determined whether the error value between the actual wastewater treatment capacity and the expected wastewater treatment capacity is less than 10%. If so, it is output that the operable wastewater treatment equipment is working normally. If not, it is output that the operable wastewater treatment equipment is working abnormally, and the output prompt signal specifically includes:

[0086] Monitor the wastewater treatment volume of the operational wastewater treatment equipment controlled by the system within a fixed time, recorded as ;

[0087] Get the working parameters of the operational wastewater treatment equipment and the expected amount of wastewater to be treated, recorded as ;

[0088] Calculate the error value of the operable wastewater treatment equipment relative to the expected wastewater treatment volume ;

[0089] judge Is it less than ten percent? If so, the output indicates that the wastewater treatment equipment is working normally. If not, the output indicates that the wastewater treatment equipment is working abnormally and a prompt signal is output.

[0090] The specific calculation formula is: ;

[0091] In the formula, is the working error, is the expected processing volume, The actual processing volume.

[0092] The working error of the operable wastewater treatment equipment is calculated by taking the ratio of the difference between the actual treatment capacity of the operable wastewater treatment equipment and the expected treatment capacity to the expected treatment capacity.

[0093] It is understandable that in the actual operation of the operable wastewater treatment equipment, there are certain operating errors. As long as it is within the error range, it can be determined that the operable wastewater treatment equipment is operating normally.

[0094] Further, such as Figure 5 As shown, based on the inventive concept of the above-mentioned method for intelligently controlling wastewater treatment during the synthesis of a new material, this solution also proposes an intelligent control system for wastewater treatment during the synthesis of a new material, including:

[0095] An intelligent control module, wherein the intelligent control module is used to obtain the treatment equipment that can operate normally in the current wastewater treatment machine, mark it as an operable wastewater treatment equipment, obtain the maximum wastewater purification volume that each operable wastewater treatment equipment can process within a fixed time, calculate the sum of the maximum wastewater purification volumes within the fixed time, obtain the total amount of wastewater that needs to be processed at present, and determine in real time whether the total amount of wastewater that needs to be processed is greater than the sum of the maximum wastewater purification volumes of the operable wastewater treatment equipment within the fixed time;

[0096] A treatment equipment control module, the treatment equipment control module is electrically connected to the intelligent control module, and the treatment equipment control module is used to input control signals to the corresponding operable wastewater treatment equipment based on the planned number of operable wastewater treatment equipment and the number of operations, and to monitor the actual wastewater treatment volume of each operable wastewater treatment equipment in real time, and to determine the error value between the actual wastewater treatment volume and the expected wastewater treatment volume.

[0097] The intelligent control module specifically includes:

[0098] An information acquisition unit, the information acquisition unit is used to acquire the treatment equipment that can operate normally in the current wastewater treatment machine, mark it as an operable wastewater treatment equipment, acquire the maximum wastewater purification volume that can be processed by each operable wastewater treatment equipment within a fixed time, and acquire the total amount of wastewater that needs to be processed at present;

[0099] An information judgment unit, the information judgment unit is used to judge in real time whether the total amount of wastewater to be treated is greater than the maximum total amount of wastewater purification of the wastewater treatment equipment that can be operated within a fixed time. If so, it is judged that the overall wastewater treatment machine cannot meet the wastewater purification needs at one time; if not, it is judged that the overall wastewater treatment machine can meet the wastewater purification needs at one time;

[0100] The overall planning unit is used to determine the overall wastewater treatment machines that can meet the wastewater purification needs at one time and the overall wastewater treatment machines that cannot meet the wastewater purification needs at one time, and to overall plan the number of operable wastewater treatment equipment.

[0101] The processing equipment control module includes:

[0102] A control unit, the control unit is used to input the planned number and operation times of the operable wastewater treatment equipment and the control signal to the corresponding operable wastewater treatment equipment;

[0103] A monitoring unit, the monitoring unit is used to monitor in real time the actual wastewater treatment volume of each operable wastewater treatment equipment;

[0104] An error judgment unit is used to judge whether the error value between the actual wastewater treatment volume and the expected wastewater treatment volume is less than ten percent. If so, it outputs that the operable wastewater treatment equipment is working normally. If not, it outputs that the operable wastewater treatment equipment is working abnormally and outputs a prompt signal.

[0105] The use process of the intelligent wastewater treatment control system in the synthesis process of the above-mentioned new material is as follows:

[0106] Step 1: The operation information acquisition unit acquires the treatment equipment that can operate normally in the current wastewater treatment machine and marks it as an operable wastewater treatment equipment;

[0107] Step 2: Obtain the maximum wastewater purification volume that can be processed by each operable wastewater treatment equipment within a fixed time, and calculate the total maximum wastewater purification volume within the fixed time;

[0108] Step 3: Obtain the total amount of wastewater that needs to be treated at present;

[0109] Step 4: The operation information judgment unit judges whether the total amount of wastewater to be treated is greater than the maximum total amount of wastewater purification of the wastewater treatment equipment that can be operated within a fixed time. If so, it is judged that the overall wastewater treatment machine cannot meet the wastewater purification needs at one time. If not, it is judged that the overall wastewater treatment machine can meet the wastewater purification needs at one time.

[0110] Step 5: The overall planning unit of the operation determines the overall wastewater treatment machines that can meet the wastewater purification needs at one time and the overall wastewater treatment machines that cannot meet the wastewater purification needs at one time, and the overall planning is carried out on the number of wastewater treatment equipment that can be operated;

[0111] Step 6: The operation control unit inputs the planned number of operable wastewater treatment equipment and the number of operations, and inputs the control signal to the corresponding operable wastewater treatment equipment;

[0112] Step 7: The operation monitoring unit monitors the actual wastewater treatment capacity of each operable wastewater treatment equipment in real time;

[0113] Step 8: The operation error judgment unit judges whether the error value between the actual wastewater treatment volume and the expected wastewater treatment volume is less than ten percent. If so, it outputs that the operable wastewater treatment equipment is working normally. If not, it outputs that the operable wastewater treatment equipment is working abnormally and outputs a prompt signal.

[0114] To sum up, the advantages of the present invention are: by obtaining wastewater treatment equipment that can operate normally and the maximum wastewater purification volume, and by judging the relationship between the maximum wastewater purification volume and the actual total amount of wastewater that needs to be treated, the overall operable wastewater treatment equipment is reasonably planned, and the wastewater that needs to be treated is reasonably planned to different wastewater treatment equipment. In this way, it can effectively ensure that the degree of wear and tear of each wastewater treatment equipment is the same, so that each wastewater treatment equipment is in the best operating state, and by inputting the planned control signal into the corresponding operable wastewater treatment equipment, and monitoring the actual wastewater treatment volume of each equipment in real time, the error value between the actual wastewater treatment volume and the expected wastewater treatment volume is judged, ensuring that the equipment is in normal working condition, realizing intelligent management, and ensuring the efficiency of wastewater treatment.

[0115] The above generally describes the present invention in detail, but it is obvious to a person skilled in the art that some modifications or improvements can be made to the present invention. Therefore, modifications or improvements that do not depart from the spirit of the present invention are within the scope of protection of the present invention.

Claims

1. An intelligent control method for wastewater treatment in the synthesis process of a new material, characterized by: include: Obtain the treatment equipment that can operate normally in the current wastewater treatment machine and mark it as the operational wastewater treatment equipment; Obtain the maximum wastewater purification volume that can be processed by each operable wastewater treatment equipment within a fixed time, and calculate the total maximum wastewater purification volume within the fixed time; Obtain the total amount of wastewater that needs to be treated at present, and determine in real time whether the total amount of wastewater that needs to be treated is greater than the maximum total amount of wastewater purification that can be operated by the wastewater treatment equipment within a fixed time. If so, determine that the overall wastewater treatment machine cannot meet the wastewater purification needs at one time; if not, determine that the overall wastewater treatment machine can meet the wastewater purification needs at one time; For the overall wastewater treatment machines that can meet the wastewater purification needs at one time and the overall wastewater treatment machines that cannot meet the wastewater purification needs at one time, the overall planning shall include the number of wastewater treatment equipment that can be operated; Based on the planned number of operable wastewater treatment equipment and the number of operations, input control signals to corresponding operable wastewater treatment equipment; Monitor the actual wastewater treatment capacity of each operable wastewater treatment equipment in real time, and judge whether the error value between the actual wastewater treatment capacity and the expected wastewater treatment capacity is less than 10%. If so, output that the operable wastewater treatment equipment is working normally; if not, output that the operable wastewater treatment equipment is working abnormally, and output a prompt signal; For determining the overall wastewater treatment machine that can meet the wastewater purification needs at one time and the overall wastewater treatment machine that cannot meet the wastewater purification needs at one time, the overall planning of the number of wastewater treatment equipment that can be operated specifically includes: Establish operating constraints for the operational wastewater treatment equipment based on the total amount of wastewater treatment required and the maximum amount of wastewater purified per fixed time by the overall wastewater treatment machine; Establishing an operation planning model, wherein the operation planning model takes the total amount of wastewater treatment required as input and takes the number of operable wastewater treatment equipment and the operation frequency index as output; Inputting the total amount of wastewater treatment into the operation planning model to obtain the number of operable wastewater treatment equipment that needs to be operated and the operation frequency index; The specific calculation formula for establishing the operation planning model is: ; In the formula, is the number of operational wastewater treatment equipment that needs to be operated, is the total amount of wastewater treatment equipment that can be operated, is the maximum wastewater treatment capacity within a fixed time, The total number of times all operable wastewater treatment equipment has been operated; is the total amount of wastewater treated; The inputting of control signals to corresponding operable wastewater treatment equipment based on the planned number and operation times of the operable wastewater treatment equipment specifically includes: Based on the received number and operation frequency signals of the planned operable wastewater treatment equipment, the operation data of the operable wastewater treatment equipment is established, and the operation data is transmitted to the corresponding operable wastewater treatment equipment. The control signal controls the corresponding operable wastewater treatment equipment to work and perform the wastewater treatment process. The specific operation data calculation formula is: ; In the formula, Operational data of wastewater treatment equipment that can be operated. is the number of operational wastewater treatment equipment that needs to be operated, is the total amount of wastewater treatment equipment that can be operated, The total number of times all operable wastewater treatment equipment has been operated. Evenly distribute the number of working hours.

2. The intelligent control method for wastewater treatment in the synthesis process of a new material according to claim 1 is characterized in that: The obtaining of the maximum wastewater purification volume that can be processed by each operable wastewater treatment equipment within a fixed time and the calculation of the total maximum wastewater purification volume within the fixed time specifically include: Get the wastewater capacity of each operational wastewater treatment equipment, denoted as ; Plan the overall wastewater treatment machine working time evenly into fixed time periods; Calculate the maximum wastewater purification volume in each fixed time period. The specific calculation formula is: ; In the formula, is the maximum wastewater treatment capacity within a fixed time, The working time of the whole wastewater treatment machine, Evenly distribute the number of working hours.

3. The intelligent control method for wastewater treatment in the synthesis process of a new material according to claim 2, characterized in that: The real-time monitoring of the actual wastewater treatment volume of each operable wastewater treatment equipment, determining whether the error value between the actual wastewater treatment volume and the expected wastewater treatment volume is less than 10%, if so, outputting that the operable wastewater treatment equipment is working normally, if not, outputting that the operable wastewater treatment equipment is working abnormally, and outputting a prompt signal specifically include: Monitor the wastewater treatment volume of the operational wastewater treatment equipment controlled by the system within a fixed time, recorded as ; Get the working parameters of the operational wastewater treatment equipment and the expected amount of wastewater to be treated, recorded as ; Calculate the error value of the operable wastewater treatment equipment relative to the expected wastewater treatment volume ; judge Is it less than 10%, if so, then the output indicates that the wastewater treatment equipment is working normally, if not, then the output indicates that the wastewater treatment equipment is working abnormally, and outputs a prompt signal; The specific calculation formula is: ; In the formula, is the working error, is the expected processing volume, The actual processing volume.

4. An intelligent control system for wastewater treatment in the synthesis process of a new material, used to implement the intelligent control method for wastewater treatment in the synthesis process of a new material as claimed in any one of claims 1 to 3, characterized in that: include: An intelligent control module, wherein the intelligent control module is used to obtain the treatment equipment that can operate normally in the current wastewater treatment machine, mark it as an operable wastewater treatment equipment, obtain the maximum wastewater purification volume that each operable wastewater treatment equipment can process within a fixed time, calculate the sum of the maximum wastewater purification volumes within the fixed time, obtain the total amount of wastewater that needs to be processed at present, and determine in real time whether the total amount of wastewater that needs to be processed is greater than the sum of the maximum wastewater purification volumes of the operable wastewater treatment equipment within the fixed time; A treatment equipment control module, the treatment equipment control module is electrically connected to the intelligent control module, and the treatment equipment control module is used to input control signals to the corresponding operable wastewater treatment equipment based on the planned number of operable wastewater treatment equipment and the number of operations, and to monitor the actual wastewater treatment volume of each operable wastewater treatment equipment in real time, and to determine the error value between the actual wastewater treatment volume and the expected wastewater treatment volume.

5. The intelligent control system for wastewater treatment in the synthesis process of a new material according to claim 4, characterized in that: The intelligent control module specifically includes: An information acquisition unit, the information acquisition unit is used to acquire the treatment equipment that can operate normally in the current wastewater treatment machine, mark it as an operable wastewater treatment equipment, acquire the maximum wastewater purification volume that can be processed by each operable wastewater treatment equipment within a fixed time, and acquire the total amount of wastewater that needs to be processed at present; An information judgment unit, the information judgment unit is used to judge in real time whether the total amount of wastewater to be treated is greater than the maximum total amount of wastewater purification of the wastewater treatment equipment that can be operated within a fixed time. If so, it is judged that the overall wastewater treatment machine cannot meet the wastewater purification needs at one time; if not, it is judged that the overall wastewater treatment machine can meet the wastewater purification needs at one time; The overall planning unit is used to determine the overall wastewater treatment machines that can meet the wastewater purification needs at one time and the overall wastewater treatment machines that cannot meet the wastewater purification needs at one time, and to overall plan the number of operable wastewater treatment equipment.

6. The intelligent control system for wastewater treatment in the synthesis process of a new material according to claim 4, characterized in that: The processing device control module includes: A control unit, the control unit is used to input the planned number and operation times of the operable wastewater treatment equipment and the control signal to the corresponding operable wastewater treatment equipment; A monitoring unit, the monitoring unit is used to monitor in real time the actual wastewater treatment volume of each operable wastewater treatment equipment; An error judgment unit is used to judge whether the error value between the actual wastewater treatment volume and the expected wastewater treatment volume is less than ten percent. If so, it outputs that the operable wastewater treatment equipment is working normally. If not, it outputs that the operable wastewater treatment equipment is working abnormally and outputs a prompt signal.

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