WO2023173449A1 - Thermal power plant wastewater zero-discharge nonlinear mathematical programming system and method - Google Patents

Thermal power plant wastewater zero-discharge nonlinear mathematical programming system and method Download PDF

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Publication number
WO2023173449A1
WO2023173449A1 PCT/CN2022/082001 CN2022082001W WO2023173449A1 WO 2023173449 A1 WO2023173449 A1 WO 2023173449A1 CN 2022082001 W CN2022082001 W CN 2022082001W WO 2023173449 A1 WO2023173449 A1 WO 2023173449A1
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Prior art keywords
data
module
sewage treatment
monitoring module
thermal power
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PCT/CN2022/082001
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French (fr)
Chinese (zh)
Inventor
刘克成
夏彦卫
张立军
郁金星
石荣雪
牛向楠
Original Assignee
国网河北省电力有限公司电力科学研究院
国家电网有限公司
国网河北能源技术服务有限公司
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Publication of WO2023173449A1 publication Critical patent/WO2023173449A1/en

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Classifications

    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F9/00—Multistage treatment of water, waste water or sewage
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00—Treatment of water, waste water, or sewage
    • C02F1/008—Control or steering systems not provided for elsewhere in subclass C02F
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F17/00—Digital computing or data processing equipment or methods, specially adapted for specific functions
    • G06F17/10—Complex mathematical operations
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
    • G07C1/00—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people
    • G07C1/10—Registering, indicating or recording the time of events or elapsed time, e.g. time-recorders for work people together with the recording, indicating or registering of other data, e.g. of signs of identity
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00—Treatment of water, waste water, or sewage
    • C02F1/001—Processes for the treatment of water whereby the filtration technique is of importance
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00—Treatment of water, waste water, or sewage
    • C02F1/52—Treatment of water, waste water, or sewage by flocculation or precipitation of suspended impurities
    • C02F1/5281—Installations for water purification using chemical agents
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F1/00—Treatment of water, waste water, or sewage
    • C02F1/66—Treatment of water, waste water, or sewage by neutralisation; pH adjustment
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F2201/00—Apparatus for treatment of water, waste water or sewage
    • C02F2201/002—Construction details of the apparatus
    • C02F2201/007—Modular design
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F2303/00—Specific treatment goals
    • C02F2303/04—Disinfection
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F3/00—Biological treatment of water, waste water, or sewage
    • C02F3/30—Aerobic and anaerobic processes
    • C—CHEMISTRY; METALLURGY
    • C02—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F—TREATMENT OF WATER, WASTE WATER, SEWAGE, OR SLUDGE
    • C02F7/00—Aeration of stretches of water

Definitions

  • the invention relates to the technical field of sewage treatment, specifically a nonlinear mathematical programming system and method for zero discharge of wastewater from thermal power plants.
  • the invention patent with publication number CN109293073A discloses a thermal power plant sewage treatment process.
  • the thermal power plant circulating water sewage treatment system used in this process includes a rack, an outlet pipe, a sewage treatment tank, and a slag storage tank located on one side of the sewage treatment tank.
  • a salvage module fixed between the sewage treatment tank and the slag storage tank;
  • the water outlet pipe is located at the upper part of the sewage treatment tank, the water outlet pipe is fixed on the frame, and the water outlet pipe is used to spray sewage onto the salvage module;
  • the salvage module is fixed On the frame, the salvage module is used to salvage the suspended solids floating in the sewage treatment tank and transport them to the slag storage tank;
  • the invention collects the suspended solids in the sewage and desulfurizes the sewage, so that the sewage can continue to be recycled after being purified , to achieve resource recycling.
  • the invention patent with publication number CN212222641U discloses a backwash sewage filtration and recovery device for thermal power plants, which includes a sedimentation tank.
  • the sedimentation tank is divided into multiple overflow tanks distributed in series, and a backwash is provided in the end overflow tank.
  • the sewage inlet and end overflow tank are the main sludge concentration tanks.
  • the end overflow tank is connected to a mud pump, and the mud pump is connected to a mud-water separation tank.
  • the mud-water separation tank includes a sludge outlet and a sewage outlet.
  • the sludge outlet is connected to a sludge drying device, and the sewage outlet is connected to a sedimentation tank.
  • the other end of the settling tank opposite to the end overflow tank is connected in sequence with a manganese sand filter, a security filter, and a self-cleaning filter.
  • the existing thermal power plant sewage treatment system has a large number of equipment, is difficult to manage, and cannot accurately monitor various sewage treatment data in real time.
  • the purpose of the present invention is to provide a nonlinear mathematical programming system and method for zero discharge of wastewater from thermal power plants to solve the problems raised in the above background technology.
  • a nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants including a monitoring module, a central processing module, a remote monitoring module and a sewage treatment module, in which:
  • the monitoring module is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module.
  • the sewage treatment module is used to receive the detection data sent by the monitoring module, perform data processing on the detection data and display it, and wirelessly transmit the display content to the remote monitoring module; receive and execute user instructions sent by the remote monitoring module.
  • the remote monitoring module is used to receive the display content sent by the sewage treatment module and send the display content to the user's mobile device; receive the user instruction sent by the user and send the user instruction to the sewage treatment module.
  • the central processing module is used to obtain transmission information between the monitoring module, sewage treatment module, and remote monitoring module, and execute information transmission instructions.
  • the monitoring module includes a water quantity monitoring module, a water quality monitoring module, an equipment monitoring module and a data transceiver module.
  • the water quantity monitoring module, water quality monitoring module and equipment monitoring module are all connected to the data transceiver module, wherein:
  • the water volume monitoring module is a flow rate sensor installed in the sewage treatment system of a thermal power plant for monitoring sewage volume. It is used to obtain sewage volume detection data and send the detection data to the data transceiver module.
  • the water quality monitoring module is a water quality sensor installed in the sewage treatment system of a thermal power plant to detect sewage water quality. It is used to obtain sewage water quality detection data and send the detection data to the data transceiver module.
  • the equipment monitoring module is used to obtain the working status data of the electric equipment installed in the sewage treatment system of the thermal power plant, and send the working status data to the data transceiver module.
  • the data transceiver module is connected to the sewage treatment module and is used to receive data sent by the water quantity monitoring module, water quality monitoring module and equipment monitoring module, and send the data to the sewage treatment module.
  • the monitoring module also includes a personnel monitoring module, and the personnel monitoring module is connected to the data transceiver module, wherein:
  • the personnel monitoring module is used to obtain the attendance information of workers in the sewage treatment system of thermal power plants, and send the attendance information to the data transceiver module, which sends it to the sewage treatment module.
  • the central processing module includes a data receiving unit, a data processing unit, a feedback unit and a display unit, wherein:
  • the data receiving unit is used to obtain the operating instructions for use and send the operating instructions to the data processing unit.
  • the data processing unit is used to receive operating instructions sent by the data receiving unit; detect the operating status of the sewage treatment module; obtain various detection data sent by the data sending and receiving module, obtain the status analysis results of the sewage treatment system of the thermal power plant, and send the analysis results to the feedback unit.
  • the feedback unit is also connected to the user's mobile device for receiving the analysis results sent by the data processing unit and sending them to the user's mobile device and display unit.
  • the display unit is used to display the analysis results sent by the feedback unit.
  • the method for the data processing unit to obtain the status analysis results of the sewage treatment system of the thermal power plant is to compare the obtained detection data with the data indicators preset by the user, calculate the data expectations, and judge based on the data expectations The sewage treatment status of the sewage treatment system of thermal power plants.
  • the display unit includes a data collection component, a data analysis component and a data display component, and the data collection component, the data analysis component and the data display component are connected in sequence, wherein,
  • the data acquisition component is used to receive the analysis results sent by the sewage treatment module and send the analysis results to the data analysis component.
  • the data analysis component is used to receive the analysis results sent by the data collection component, unify the data types of each analysis result, and send the processed data to the data display component.
  • the data display component is used to receive the processed data sent by the data analysis component and display it to the user.
  • the present invention also includes an Internet component, and the Internet component is connected to the data display component, wherein:
  • the Internet component is used to connect to the data display component, allowing users to call the sewage treatment data in the Internet database and send it to the data display component for display.
  • the sewage treatment module includes a sewage receiving unit, a multi-stage sewage treatment unit, a sewage discharge unit and a residue discharge unit.
  • the sewage receiving unit is connected to the multi-stage sewage treatment unit.
  • the multi-stage sewage treatment unit The unit is connected to the sewage discharge unit and the residue discharge unit.
  • the multi-stage sewage treatment unit includes a filter tank, a sedimentation tank, a flocculation tank, an aeration tank, an anaerobic reaction tank, an aerobic reaction tank, a pH adjustment tank and a disinfection tank.
  • a nonlinear mathematical programming method for zero discharge of wastewater from thermal power plants including the following steps:
  • S200 Display the detection data after data processing, and wirelessly transmit the display content to the remote monitoring module.
  • S300 Receive the display content sent by the sewage treatment module, and send the display content to the user's mobile device. Receive user instructions sent by the user, send the user instructions to the sewage treatment module, and adjust the sewage treatment module.
  • the present invention is provided with a monitoring module, a central processing module, a remote monitoring module and a sewage treatment module.
  • the monitoring module is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant and send the detection data. to the sewage treatment module.
  • the sewage treatment module is used to receive the detection data sent by the monitoring module, process the detection data and display it, and wirelessly transmit the display content to the remote monitoring module; receive and execute user instructions sent by the remote monitoring module, remotely
  • the monitoring module is used to receive the display content sent by the sewage treatment module and send the display content to the user's mobile device; receive the user instructions sent by the user and send the user instructions to the sewage treatment module to improve the monitoring of sewage treatment in the sewage treatment plant efficiency and reduce labor costs.
  • Figure 1 is the structural block diagram of the nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants.
  • Figure 2 is the structural block diagram of the central processing module in the nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants.
  • Figure 3 is a structural block diagram of the display unit in the nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants.
  • Figure 4 is the structural block diagram of the monitoring module in the nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants.
  • Figure 5 is a structural block diagram of the sewage treatment module in the nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants.
  • Figure 6 is a flow chart of the nonlinear mathematical programming method for zero discharge of wastewater from thermal power plants.
  • a nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants including a monitoring module 200, a central processing module 100, a remote monitoring module 300 and a sewage treatment module 400, where:
  • the monitoring module 200 is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module 400 .
  • the sewage treatment module 400 is used to receive the detection data sent by the monitoring module 200, perform data processing on the detection data and display it, and wirelessly transmit the display content to the remote monitoring module 300; receive and execute user instructions sent by the remote monitoring module 300.
  • the remote monitoring module 300 is configured to receive the display content sent by the sewage treatment module 400 and send the display content to the user's mobile device; receive the user instruction sent by the user and send the user instruction to the sewage treatment module 400;
  • the central processing module 100 is used to obtain transmission information between the monitoring module 200, the sewage treatment module 400, and the remote monitoring module 300, and execute information transmission instructions.
  • the monitoring module 200 includes a water quantity monitoring module 210, a water quality monitoring module 220, an equipment monitoring module 230, and a data transceiver module 250.
  • the water quantity monitoring module 210, the water quality monitoring module 220, and the equipment monitoring module 230 are all related to data.
  • the transceiver module 250 is connected, where:
  • the water volume monitoring module 210 is a flow rate sensor installed in the sewage treatment system of a thermal power plant for monitoring sewage volume, and is used to obtain sewage volume detection data and send the detection data to the data transceiver module 250 .
  • the water quality monitoring module 220 is a water quality sensor installed in the sewage treatment system of a thermal power plant for detecting sewage water quality, and is used to obtain sewage water quality detection data and send the detection data to the data transceiver module 250 .
  • the equipment monitoring module 230 is used to obtain the working status data of the electric equipment installed in the sewage treatment system of the thermal power plant, and send the working status data to the data transceiver module 250 .
  • the data transceiver module 250 is connected to the sewage treatment module 400 and is used to receive data sent by the water quantity monitoring module 210, the water quality monitoring module 220 and the equipment monitoring module 230, and send the data to the sewage treatment module 400.
  • the monitoring module 200 also includes a personnel monitoring module 240, which is connected to the data transceiver module 250, wherein:
  • the personnel monitoring module 240 is used to obtain the attendance information of workers in the sewage treatment system of the thermal power plant, and send the attendance information to the data transceiver module 250, which then sends it to the sewage treatment module 400.
  • the central processing module 100 includes a data receiving unit 110, a data processing unit 120, a feedback unit 130 and a display unit 140, wherein:
  • the data receiving unit 110 is configured to obtain an operation instruction for use and send the operation instruction to the data processing unit 120 .
  • the data processing unit 120 is used to receive the operation instructions sent by the data receiving unit 110; detect the operating status of the sewage treatment module 400; obtain various detection data sent by the data sending and receiving module 250, obtain the status analysis results of the sewage treatment system of the thermal power plant, and analyze The results are sent to feedback unit 130 .
  • the feedback unit 130 is also connected to the user's mobile device for receiving the analysis results sent by the data processing unit 120 and sending them to the user's mobile device and the display unit 140 .
  • the display unit 140 is used to display the analysis results sent by the feedback unit 130 .
  • the method for the data processing unit 120 to obtain the status analysis results of the sewage treatment system of the thermal power plant is to compare the obtained detection data with the data indicators preset by the user, calculate the data expectation, and use the data expectation Determine the sewage treatment status of the sewage treatment system of thermal power plants.
  • a nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants including a monitoring module 200, a central processing module 100, a remote monitoring module 300 and a sewage treatment module 400, where:
  • the monitoring module 200 is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module 400 .
  • the sewage treatment module 400 is used to receive the detection data sent by the monitoring module 200, perform data processing on the detection data and display it, and wirelessly transmit the display content to the remote monitoring module 300; receive and execute user instructions sent by the remote monitoring module 300.
  • the remote monitoring module 300 is configured to receive the display content sent by the sewage treatment module 400 and send the display content to the user's mobile device; receive the user instruction sent by the user and send the user instruction to the sewage treatment module 400.
  • the central processing module 100 is used to obtain transmission information between the monitoring module 200, the sewage treatment module 400, and the remote monitoring module 300, and execute information transmission instructions.
  • the monitoring module 200 includes a water quantity monitoring module 210, a water quality monitoring module 220, an equipment monitoring module 230, and a data transceiver module 250.
  • the water quantity monitoring module 210, the water quality monitoring module 220, and the equipment monitoring module 230 are all related to data.
  • the transceiver module 250 is connected, where:
  • the water volume monitoring module 210 is a flow rate sensor installed in the sewage treatment system of a thermal power plant for monitoring sewage volume, and is used to obtain sewage volume detection data and send the detection data to the data transceiver module 250 .
  • the water quality monitoring module 220 is a water quality sensor installed in the sewage treatment system of a thermal power plant for detecting sewage water quality, and is used to obtain sewage water quality detection data and send the detection data to the data transceiver module 250 .
  • the equipment monitoring module 230 is used to obtain the working status data of the electric equipment installed in the sewage treatment system of the thermal power plant, and send the working status data to the data transceiver module 250 .
  • the data transceiver module 250 is connected to the sewage treatment module 400 and is used to receive data sent by the water quantity monitoring module 210, the water quality monitoring module 220 and the equipment monitoring module 230, and send the data to the sewage treatment module 400.
  • the monitoring module 200 also includes a personnel monitoring module 240, which is connected to the data transceiver module 250, wherein:
  • the personnel monitoring module 240 is used to obtain the attendance information of workers in the sewage treatment system of the thermal power plant, and send the attendance information to the data transceiver module 250, which then sends it to the sewage treatment module 400.
  • the central processing module 100 includes a data receiving unit 110, a data processing unit 120, a feedback unit 130 and a display unit 140, wherein:
  • the data receiving unit 110 is configured to obtain an operation instruction for use and send the operation instruction to the data processing unit 120 .
  • the data processing unit 120 is used to receive the operation instructions sent by the data receiving unit 110; detect the operating status of the sewage treatment module 400; obtain various detection data sent by the data sending and receiving module 250, obtain the status analysis results of the sewage treatment system of the thermal power plant, and analyze The results are sent to feedback unit 130 .
  • the feedback unit 130 is also connected to the user's mobile device for receiving the analysis results sent by the data processing unit 120 and sending them to the user's mobile device and the display unit 140 .
  • the display unit 140 is used to display the analysis results sent by the feedback unit 130 .
  • the method for the data processing unit 120 to obtain the status analysis results of the sewage treatment system of the thermal power plant is to compare the obtained detection data with the data indicators preset by the user, calculate the data expectations, and calculate the data expectations from the data expectations. Determine the sewage treatment status of the sewage treatment system of thermal power plants.
  • the display unit 140 includes a data collection component 141, a data analysis component 142 and a data display component 143.
  • the data collection component 141, the data analysis component 142 and the data display component 143 are connected in sequence, wherein,
  • the data collection component 141 is used to receive the analysis results sent by the sewage treatment module 400 and send the analysis results to the data analysis component 142.
  • the data analysis component 142 is used to receive the analysis results sent by the data acquisition component 141, unify the data types of each analysis result, and send the processed data to the data display component 143.
  • the data display component 143 is used to receive the processed data sent by the data analysis component 142 and display it to the user.
  • an Internet component 144 is also included, and the Internet component 144 is connected to the data display component 143, wherein:
  • the Internet component 144 is used to connect to the data display component 143, allowing users to call the sewage treatment data in the Internet database and send it to the data display component 143 for display.
  • a nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants including a monitoring module 200, a central processing module 100, a remote monitoring module 300 and a sewage treatment module 400, where:
  • the monitoring module 200 is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module 400 .
  • the sewage treatment module 400 is used to receive the detection data sent by the monitoring module 200, perform data processing on the detection data and display it, and wirelessly transmit the display content to the remote monitoring module 300; receive and execute user instructions sent by the remote monitoring module 300.
  • the remote monitoring module 300 is configured to receive the display content sent by the sewage treatment module 400 and send the display content to the user's mobile device; receive the user instruction sent by the user and send the user instruction to the sewage treatment module 400.
  • the central processing module 100 is used to obtain transmission information between the monitoring module 200, the sewage treatment module 400, and the remote monitoring module 300, and execute information transmission instructions.
  • the monitoring module 200 includes a water quantity monitoring module 210, a water quality monitoring module 220, an equipment monitoring module 230, and a data transceiver module 250.
  • the water quantity monitoring module 210, the water quality monitoring module 220, and the equipment monitoring module 230 are all related to data.
  • the transceiver module 250 is connected, where:
  • the water volume monitoring module 210 is a flow rate sensor installed in the sewage treatment system of a thermal power plant for monitoring sewage volume, and is used to obtain sewage volume detection data and send the detection data to the data transceiver module 250 .
  • the water quality monitoring module 220 is a water quality sensor installed in the sewage treatment system of a thermal power plant for detecting sewage water quality, and is used to obtain sewage water quality detection data and send the detection data to the data transceiver module 250 .
  • the equipment monitoring module 230 is used to obtain the working status data of the electric equipment installed in the sewage treatment system of the thermal power plant, and send the working status data to the data transceiver module 250 .
  • the data transceiver module 250 is connected to the sewage treatment module 400 and is used to receive data sent by the water quantity monitoring module 210, the water quality monitoring module 220 and the equipment monitoring module 230, and send the data to the sewage treatment module 400.
  • the monitoring module 200 also includes a personnel monitoring module 240, which is connected to the data transceiver module 250, wherein:
  • the personnel monitoring module 240 is used to obtain the attendance information of workers in the sewage treatment system of the thermal power plant, and send the attendance information to the data transceiver module 250, which then sends it to the sewage treatment module 400.
  • the central processing module 100 includes a data receiving unit 110, a data processing unit 120, a feedback unit 130 and a display unit 140, wherein:
  • the data receiving unit 110 is configured to obtain an operation instruction for use and send the operation instruction to the data processing unit 120 .
  • the data processing unit 120 is used to receive the operation instructions sent by the data receiving unit 110; detect the operating status of the sewage treatment module 400; obtain various detection data sent by the data sending and receiving module 250, obtain the status analysis results of the sewage treatment system of the thermal power plant, and analyze The results are sent to feedback unit 130 .
  • the feedback unit 130 is also connected to the user's mobile device for receiving the analysis results sent by the data processing unit 120 and sending them to the user's mobile device and the display unit 140 .
  • the display unit 140 is used to display the analysis results sent by the feedback unit 130 .
  • the method for the data processing unit 120 to obtain the status analysis results of the sewage treatment system of the thermal power plant is to compare the obtained detection data with the data indicators preset by the user, calculate the data expectation, and use the data expectation Determine the sewage treatment status of the sewage treatment system of thermal power plants.
  • the display unit 140 includes a data collection component 141, a data analysis component 142 and a data display component 143.
  • the data collection component 141, the data analysis component 142 and the data display component 143 are connected in sequence, wherein,
  • the data collection component 141 is used to receive the analysis results sent by the sewage treatment module 400 and send the analysis results to the data analysis component 142.
  • the data analysis component 142 is used to receive the analysis results sent by the data collection component 141, unify the data types of each analysis result, and send the processed data to the data display component 143.
  • the data display component 143 is used to receive the processed data sent by the data analysis component 142 and display it to the user.
  • an Internet component 144 is also included, and the Internet component 144 is connected to the data display component 143, wherein:
  • the Internet component 144 is used to connect to the data display component 143, allowing users to call the sewage treatment data in the Internet database and send it to the data display component 143 for display.
  • the sewage treatment module 400 includes a sewage receiving unit 410, a multi-stage sewage treatment unit 420, a sewage discharge unit 430 and a residue discharge unit 440.
  • the sewage receiving unit 410 is connected to the multi-stage sewage treatment unit 420.
  • the multi-stage sewage treatment unit The unit 420 is connected to the sewage discharge unit 430 and the residue discharge unit 440.
  • the multi-stage sewage treatment unit 420 includes but is not limited to a filter tank, a sedimentation tank, a flocculation tank, an aeration tank, an anaerobic reaction tank, an aerobic reaction tank, a pH adjustment tank and a disinfection tank.
  • the invention also discloses a nonlinear mathematical programming method for zero discharge of waste water from thermal power plants, which includes the following steps:
  • S200 Display the detection data after data processing, and wirelessly transmit the display content to the remote monitoring module.
  • S300 Receive the display content sent by the sewage treatment module, and send the display content to the user's mobile device. Receive user instructions sent by the user, send the user instructions to the sewage treatment module, and adjust the sewage treatment module.

Abstract

A thermal power plant wastewater zero-discharge nonlinear mathematical programming system, comprising a monitoring module (200), a central processing module (100), a remote monitoring module (300) and a sewage treatment module (400). The monitoring module (200) is used for acquiring detection data of each detection sensor installed in the sewage treatment system (400) of a thermal power plant, and sending the detection data to the sewage treatment module (400). The sewage treatment module (400) is used for receiving the detection data sent by the monitoring module (200), performing data processing on the detection data and then displaying same, and wirelessly transmitting the display content to the remote monitoring module (300); and receiving and executing a user instruction sent by the remote monitoring module (300). The remote monitoring module (300) is used for receiving the display content sent by the sewage treatment module (400), and sending the display content to a mobile device of a user; and receiving the user instruction sent by the user, and sending the user instruction to the sewage treatment module (400). According to the system, the sewage treatment monitoring efficiency of the sewage treatment plant is improved, and the labor cost is reduced.

Description

一种火电厂废水零排放非线性数学规划系统及方法A nonlinear mathematical programming system and method for zero discharge of wastewater from thermal power plants 技术领域Technical field
本发明涉及污水处理技术领域，具体是一种火电厂废水零排放非线性数学规划系统及方法。The invention relates to the technical field of sewage treatment, specifically a nonlinear mathematical programming system and method for zero discharge of wastewater from thermal power plants.
背景技术Background technique
公开号为CN109293073A的发明专利公开了一种火电厂污水处理工艺,该工艺使用的火电厂循环水排污水处理系统包括机架、出水管、污水处理池、位于污水处理池一侧的存渣池以及固定于污水处理池和存渣池之间的打捞模块；所述出水管位于污水处理池上部，出水管固定于机架上，出水管用于向打捞模块上喷淋污水；所述打捞模块固定于机架上，打捞模块用于将污水处理池内漂浮的悬浮物打捞并输送到存渣池内；本发明通过对污水中的悬浮物收集以及对污水脱硫处理，使污水被净化后可继续循环使用，实现资源循环化利用。The invention patent with publication number CN109293073A discloses a thermal power plant sewage treatment process. The thermal power plant circulating water sewage treatment system used in this process includes a rack, an outlet pipe, a sewage treatment tank, and a slag storage tank located on one side of the sewage treatment tank. And a salvage module fixed between the sewage treatment tank and the slag storage tank; the water outlet pipe is located at the upper part of the sewage treatment tank, the water outlet pipe is fixed on the frame, and the water outlet pipe is used to spray sewage onto the salvage module; the salvage module is fixed On the frame, the salvage module is used to salvage the suspended solids floating in the sewage treatment tank and transport them to the slag storage tank; the invention collects the suspended solids in the sewage and desulfurizes the sewage, so that the sewage can continue to be recycled after being purified , to achieve resource recycling.
公开号为CN212222641U的发明专利公开了一种火电厂反洗污水过滤回收装置，包括沉淀池，所述沉淀池为分为多个串联分布的溢流池，并在端部溢流池开设反洗污水入口，端部溢流池为污泥主要集中池。所述端部溢流池连接有泥浆泵，泥浆泵连接泥水分离池，泥水分离池包括污泥出口与污水出口，污泥出口连接污泥干化装置，污水出口连接沉淀池。所述沉降池的与端部溢流池相对的另一端依次连接有锰砂过滤器、保安过滤器、自清洗过滤器。The invention patent with publication number CN212222641U discloses a backwash sewage filtration and recovery device for thermal power plants, which includes a sedimentation tank. The sedimentation tank is divided into multiple overflow tanks distributed in series, and a backwash is provided in the end overflow tank. The sewage inlet and end overflow tank are the main sludge concentration tanks. The end overflow tank is connected to a mud pump, and the mud pump is connected to a mud-water separation tank. The mud-water separation tank includes a sludge outlet and a sewage outlet. The sludge outlet is connected to a sludge drying device, and the sewage outlet is connected to a sedimentation tank. The other end of the settling tank opposite to the end overflow tank is connected in sequence with a manganese sand filter, a security filter, and a self-cleaning filter.
现有技术的火电厂污水处理系统设备数量多、难以管理，无法实时精确的监测各项污水处理数据，针对以上现状，迫切需要开发一种火电厂废水零排放非线性数学规划系统，以克服当前实际应用中的不足。The existing thermal power plant sewage treatment system has a large number of equipment, is difficult to manage, and cannot accurately monitor various sewage treatment data in real time. In view of the above situation, there is an urgent need to develop a nonlinear mathematical programming system for zero discharge of thermal power plant wastewater to overcome the current situation. deficiencies in practical applications.
技术问题technical problem
本发明的目的在于提供一种火电厂废水零排放非线性数学规划系统及方法，以解决上述背景技术中提出的问题。The purpose of the present invention is to provide a nonlinear mathematical programming system and method for zero discharge of wastewater from thermal power plants to solve the problems raised in the above background technology.
技术解决方案Technical solutions
为实现上述目的，本发明提供如下技术方案：In order to achieve the above objects, the present invention provides the following technical solutions:
一种火电厂废水零排放非线性数学规划系统，包括监测模块、中央处理模块、远程监测模块和污水处理模块，其中：A nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants, including a monitoring module, a central processing module, a remote monitoring module and a sewage treatment module, in which:
监测模块，用于获取安装于火电厂污水处理系统中各检测传感器的检测数据，并将该检测数据发送至污水处理模块。The monitoring module is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module.
污水处理模块，用于接收监测模块发送的检测数据，对检测数据进行数据处理后显示，并将显示内容无线传输至远程监测模块；接收远程监测模块发送的用户指令并执行。The sewage treatment module is used to receive the detection data sent by the monitoring module, perform data processing on the detection data and display it, and wirelessly transmit the display content to the remote monitoring module; receive and execute user instructions sent by the remote monitoring module.
远程监测模块，用于接收污水处理模块发送的显示内容，并将该显示内容发送至用户的移动设备；接收用户发送的用户指令，将该用户指令发送至污水处理模块。The remote monitoring module is used to receive the display content sent by the sewage treatment module and send the display content to the user's mobile device; receive the user instruction sent by the user and send the user instruction to the sewage treatment module.
中央处理模块，用于获取监测模块、污水处理模块、远程监测模块之间的传输信息，执行信息传输指令。The central processing module is used to obtain transmission information between the monitoring module, sewage treatment module, and remote monitoring module, and execute information transmission instructions.
作为本发明进一步的方案：所述监测模块包括水量监测模块、水质监测模块、设备监测模块和数据收发模块，水量监测模块、水质监测模块、设备监测模块均与数据收发模块连接，其中：As a further solution of the present invention: the monitoring module includes a water quantity monitoring module, a water quality monitoring module, an equipment monitoring module and a data transceiver module. The water quantity monitoring module, water quality monitoring module and equipment monitoring module are all connected to the data transceiver module, wherein:
所述水量监测模块为安装于火电厂污水处理系统中用于监测污水量的流速传感器，用于获取污水量检测数据，并将该检测数据发送至数据收发模块。The water volume monitoring module is a flow rate sensor installed in the sewage treatment system of a thermal power plant for monitoring sewage volume. It is used to obtain sewage volume detection data and send the detection data to the data transceiver module.
水质监测模块为安装于火电厂污水处理系统中用于检测污水水质的水质传感器，用于获取污水水质检测数据，并将该检测数据发送至数据收发模块。The water quality monitoring module is a water quality sensor installed in the sewage treatment system of a thermal power plant to detect sewage water quality. It is used to obtain sewage water quality detection data and send the detection data to the data transceiver module.
设备监测模块，用于获取安装于火电厂污水处理系统中电力设备的工作状态数据，并将该工作状态数据发送至数据收发模块。The equipment monitoring module is used to obtain the working status data of the electric equipment installed in the sewage treatment system of the thermal power plant, and send the working status data to the data transceiver module.
数据收发模块，与污水处理模块连接，用于接收水量监测模块、水质监测模块和设备监测模块发送的数据，并将该数据发送至污水处理模块。The data transceiver module is connected to the sewage treatment module and is used to receive data sent by the water quantity monitoring module, water quality monitoring module and equipment monitoring module, and send the data to the sewage treatment module.
作为本发明进一步的方案：所述监测模块还包括有人员监测模块，人员监测模块与数据收发模块连接，其中：As a further solution of the present invention: the monitoring module also includes a personnel monitoring module, and the personnel monitoring module is connected to the data transceiver module, wherein:
人员监测模块，用于获取火电厂污水处理系统中工作人员的考勤信息，并将该考勤信息发送至数据收发模块，由数据收发模块发送至污水处理模块。The personnel monitoring module is used to obtain the attendance information of workers in the sewage treatment system of thermal power plants, and send the attendance information to the data transceiver module, which sends it to the sewage treatment module.
作为本发明进一步的方案：所述中央处理模块包括数据接收单元、数据处理单元、反馈单元和显示单元，其中：As a further solution of the present invention: the central processing module includes a data receiving unit, a data processing unit, a feedback unit and a display unit, wherein:
数据接收单元，用于获取用于的操作指令，并将该操作指令发送至数据处理单元。The data receiving unit is used to obtain the operating instructions for use and send the operating instructions to the data processing unit.
数据处理单元，用于接收数据接收单元发送的操作指令；检测污水处理模块的运行状态；获取数据收发模块发送的各项检测数据，得到火电厂污水处理系统状态分析结果，将分析结果发送至反馈单元。The data processing unit is used to receive operating instructions sent by the data receiving unit; detect the operating status of the sewage treatment module; obtain various detection data sent by the data sending and receiving module, obtain the status analysis results of the sewage treatment system of the thermal power plant, and send the analysis results to the feedback unit.
反馈单元，还与用户的移动设备连接，用于接收数据处理单元发送的分析结果，并发送至用户的移动设备和显示单元。The feedback unit is also connected to the user's mobile device for receiving the analysis results sent by the data processing unit and sending them to the user's mobile device and display unit.
显示单元，用于显示反馈单元发送的分析结果。The display unit is used to display the analysis results sent by the feedback unit.
作为本发明进一步的方案：所述数据处理单元得到火电厂污水处理系统状态分析结果的方法为：将获取的各项检测数据与用户预设的数据指标进行对比，计算数据期望，由数据期望判断火电厂污水处理系统的污水处理状态。As a further solution of the present invention: the method for the data processing unit to obtain the status analysis results of the sewage treatment system of the thermal power plant is to compare the obtained detection data with the data indicators preset by the user, calculate the data expectations, and judge based on the data expectations The sewage treatment status of the sewage treatment system of thermal power plants.
作为本发明进一步的方案：所述显示单元包括数据采集组件、数据分析组件和数据显示组件，数据采集组件、数据分析组件和数据显示组件依次连接，其中，As a further solution of the present invention: the display unit includes a data collection component, a data analysis component and a data display component, and the data collection component, the data analysis component and the data display component are connected in sequence, wherein,
数据采集组件，用于接收污水处理模块发送的分析结果，并将该分析结果发送至数据分析组件。The data acquisition component is used to receive the analysis results sent by the sewage treatment module and send the analysis results to the data analysis component.
数据分析组件，用于接收数据采集组件发送的分析结果，将各项分析结果的数据类型进行统一，并将处理后的数据发送至数据显示组件。The data analysis component is used to receive the analysis results sent by the data collection component, unify the data types of each analysis result, and send the processed data to the data display component.
数据显示组件，用于接收数据分析组件发送的处理后数据，并向用户进行显示。The data display component is used to receive the processed data sent by the data analysis component and display it to the user.
作为本发明进一步的方案：还包括有互联网组件，互联网组件与数据显示组件连接，其中：As a further solution of the present invention: it also includes an Internet component, and the Internet component is connected to the data display component, wherein:
互联网组件，用于连接数据显示组件，供用户调用互联网数据库中的污水处理数据并发送至数据显示组件进行显示。The Internet component is used to connect to the data display component, allowing users to call the sewage treatment data in the Internet database and send it to the data display component for display.
作为本发明进一步的方案：所述污水处理模块包括污水接收单元、多级污水处理单元、污水排放单元和残渣排放单元，所述污水接收单元与多级污水处理单元连接，所述多级污水处理单元与污水排放单元以及残渣排放单元连接。As a further solution of the present invention: the sewage treatment module includes a sewage receiving unit, a multi-stage sewage treatment unit, a sewage discharge unit and a residue discharge unit. The sewage receiving unit is connected to the multi-stage sewage treatment unit. The multi-stage sewage treatment unit The unit is connected to the sewage discharge unit and the residue discharge unit.
作为本发明进一步的方案：所述多级污水处理单元包括过滤池、沉淀池、絮凝池、曝气池、厌氧反应池、好氧反应池、pH调节池和消毒池。As a further solution of the present invention: the multi-stage sewage treatment unit includes a filter tank, a sedimentation tank, a flocculation tank, an aeration tank, an anaerobic reaction tank, an aerobic reaction tank, a pH adjustment tank and a disinfection tank.
一种火电厂废水零排放非线性数学规划方法，包括以下步骤：A nonlinear mathematical programming method for zero discharge of wastewater from thermal power plants, including the following steps:
S100、获取安装于火电厂污水处理系统中各检测传感器的检测数据，并将该检测数据发送至污水处理模块。S100. Obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module.
S200、对检测数据进行数据处理后显示，并将显示内容无线传输至远程监测模块。S200: Display the detection data after data processing, and wirelessly transmit the display content to the remote monitoring module.
S300、接收污水处理模块发送的显示内容，并将该显示内容发送至用户的移动设备。接收用户发送的用户指令，将该用户指令发送至污水处理模块，对污水处理模块进行调节。S300: Receive the display content sent by the sewage treatment module, and send the display content to the user's mobile device. Receive user instructions sent by the user, send the user instructions to the sewage treatment module, and adjust the sewage treatment module.
有益效果beneficial effects
与现有技术相比，本发明的有益效果是：Compared with the prior art, the beneficial effects of the present invention are:
综上所述，本发明设置有监测模块、中央处理模块、远程监测模块和污水处理模块，监测模块用于获取安装于火电厂污水处理系统中各检测传感器的检测数据，并将该检测数据发送至污水处理模块，污水处理模块用于接收监测模块发送的检测数据，对检测数据进行数据处理后显示，并将显示内容无线传输至远程监测模块；接收远程监测模块发送的用户指令并执行，远程监测模块用于接收污水处理模块发送的显示内容，并将该显示内容发送至用户的移动设备；接收用户发送的用户指令，将该用户指令发送至污水处理模块，提高污水处理厂污水处理的监测效率，降低人工成本。To sum up, the present invention is provided with a monitoring module, a central processing module, a remote monitoring module and a sewage treatment module. The monitoring module is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant and send the detection data. to the sewage treatment module. The sewage treatment module is used to receive the detection data sent by the monitoring module, process the detection data and display it, and wirelessly transmit the display content to the remote monitoring module; receive and execute user instructions sent by the remote monitoring module, remotely The monitoring module is used to receive the display content sent by the sewage treatment module and send the display content to the user's mobile device; receive the user instructions sent by the user and send the user instructions to the sewage treatment module to improve the monitoring of sewage treatment in the sewage treatment plant efficiency and reduce labor costs.
附图说明Description of the drawings
图1为火电厂废水零排放非线性数学规划系统的结构框图。Figure 1 is the structural block diagram of the nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants.
图2为火电厂废水零排放非线性数学规划系统中中央处理模块的结构框图。Figure 2 is the structural block diagram of the central processing module in the nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants.
图3为火电厂废水零排放非线性数学规划系统中显示单元的结构框图。Figure 3 is a structural block diagram of the display unit in the nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants.
图4为火电厂废水零排放非线性数学规划系统中监测模块的结构框图。Figure 4 is the structural block diagram of the monitoring module in the nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants.
图5为火电厂废水零排放非线性数学规划系统中污水处理模块的结构框图。Figure 5 is a structural block diagram of the sewage treatment module in the nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants.
图6为火电厂废水零排放非线性数学规划方法的流程图。Figure 6 is a flow chart of the nonlinear mathematical programming method for zero discharge of wastewater from thermal power plants.
本发明的实施方式Embodiments of the invention
下面结合具体实施方式对本专利的技术方案作进一步详细地说明。The technical solution of this patent will be further described in detail below in conjunction with specific implementation modes.
下面详细描述本专利的实施例，所述实施例的示例在附图中示出，其中自始至终相同或类似的标号表示相同或类似的元件或具有相同或类似功能的元件。下面通过参考附图描述的实施例是示例性的，仅用于解释本专利，而不能理解为对本专利的限制。Embodiments of the present patent are described in detail below, examples of which are illustrated in the accompanying drawings, wherein the same or similar reference numerals throughout represent the same or similar elements or elements with the same or similar functions. The embodiments described below with reference to the drawings are exemplary and are only used to explain the patent and cannot be understood as limitations of the patent.
实施例1Example 1
请参阅图1-2，一种火电厂废水零排放非线性数学规划系统，包括监测模块200、中央处理模块100、远程监测模块300和污水处理模块400，其中：Please refer to Figure 1-2, a nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants, including a monitoring module 200, a central processing module 100, a remote monitoring module 300 and a sewage treatment module 400, where:
监测模块200，用于获取安装于火电厂污水处理系统中各检测传感器的检测数据，并将该检测数据发送至污水处理模块400。The monitoring module 200 is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module 400 .
污水处理模块400，用于接收监测模块200发送的检测数据，对检测数据进行数据处理后显示，并将显示内容无线传输至远程监测模块300；接收远程监测模块300发送的用户指令并执行。The sewage treatment module 400 is used to receive the detection data sent by the monitoring module 200, perform data processing on the detection data and display it, and wirelessly transmit the display content to the remote monitoring module 300; receive and execute user instructions sent by the remote monitoring module 300.
远程监测模块300，用于接收污水处理模块400发送的显示内容，并将该显示内容发送至用户的移动设备；接收用户发送的用户指令，将该用户指令发送至污水处理模块400；The remote monitoring module 300 is configured to receive the display content sent by the sewage treatment module 400 and send the display content to the user's mobile device; receive the user instruction sent by the user and send the user instruction to the sewage treatment module 400;
中央处理模块100，用于获取监测模块200、污水处理模块400、远程监测模块300之间的传输信息，执行信息传输指令。The central processing module 100 is used to obtain transmission information between the monitoring module 200, the sewage treatment module 400, and the remote monitoring module 300, and execute information transmission instructions.
在本发明实施例中，所述监测模块200包括水量监测模块210、水质监测模块220、设备监测模块230和数据收发模块250，水量监测模块210、水质监测模块220、设备监测模块230均与数据收发模块250连接，其中：In the embodiment of the present invention, the monitoring module 200 includes a water quantity monitoring module 210, a water quality monitoring module 220, an equipment monitoring module 230, and a data transceiver module 250. The water quantity monitoring module 210, the water quality monitoring module 220, and the equipment monitoring module 230 are all related to data. The transceiver module 250 is connected, where:
所述水量监测模块210为安装于火电厂污水处理系统中用于监测污水量的流速传感器，用于获取污水量检测数据，并将该检测数据发送至数据收发模块250。The water volume monitoring module 210 is a flow rate sensor installed in the sewage treatment system of a thermal power plant for monitoring sewage volume, and is used to obtain sewage volume detection data and send the detection data to the data transceiver module 250 .
水质监测模块220为安装于火电厂污水处理系统中用于检测污水水质的水质传感器，用于获取污水水质检测数据，并将该检测数据发送至数据收发模块250。The water quality monitoring module 220 is a water quality sensor installed in the sewage treatment system of a thermal power plant for detecting sewage water quality, and is used to obtain sewage water quality detection data and send the detection data to the data transceiver module 250 .
设备监测模块230，用于获取安装于火电厂污水处理系统中电力设备的工作状态数据，并将该工作状态数据发送至数据收发模块250。The equipment monitoring module 230 is used to obtain the working status data of the electric equipment installed in the sewage treatment system of the thermal power plant, and send the working status data to the data transceiver module 250 .
数据收发模块250，与污水处理模块400连接，用于接收水量监测模块210、水质监测模块220和设备监测模块230发送的数据，并将该数据发送至污水处理模块400。The data transceiver module 250 is connected to the sewage treatment module 400 and is used to receive data sent by the water quantity monitoring module 210, the water quality monitoring module 220 and the equipment monitoring module 230, and send the data to the sewage treatment module 400.
在本发明实施例中，所述监测模块200还包括有人员监测模块240，人员监测模块240与数据收发模块250连接，其中：In the embodiment of the present invention, the monitoring module 200 also includes a personnel monitoring module 240, which is connected to the data transceiver module 250, wherein:
人员监测模块240，用于获取火电厂污水处理系统中工作人员的考勤信息，并将该考勤信息发送至数据收发模块250，由数据收发模块250发送至污水处理模块400。The personnel monitoring module 240 is used to obtain the attendance information of workers in the sewage treatment system of the thermal power plant, and send the attendance information to the data transceiver module 250, which then sends it to the sewage treatment module 400.
在本发明实施例中，所述中央处理模块100包括数据接收单元110、数据处理单元120、反馈单元130和显示单元140，其中：In the embodiment of the present invention, the central processing module 100 includes a data receiving unit 110, a data processing unit 120, a feedback unit 130 and a display unit 140, wherein:
数据接收单元110，用于获取用于的操作指令，并将该操作指令发送至数据处理单元120。The data receiving unit 110 is configured to obtain an operation instruction for use and send the operation instruction to the data processing unit 120 .
数据处理单元120，用于接收数据接收单元110发送的操作指令；检测污水处理模块400的运行状态；获取数据收发模块250发送的各项检测数据，得到火电厂污水处理系统状态分析结果，将分析结果发送至反馈单元130。The data processing unit 120 is used to receive the operation instructions sent by the data receiving unit 110; detect the operating status of the sewage treatment module 400; obtain various detection data sent by the data sending and receiving module 250, obtain the status analysis results of the sewage treatment system of the thermal power plant, and analyze The results are sent to feedback unit 130 .
反馈单元130，还与用户的移动设备连接，用于接收数据处理单元120发送的分析结果，并发送至用户的移动设备和显示单元140。The feedback unit 130 is also connected to the user's mobile device for receiving the analysis results sent by the data processing unit 120 and sending them to the user's mobile device and the display unit 140 .
显示单元140，用于显示反馈单元130发送的分析结果。The display unit 140 is used to display the analysis results sent by the feedback unit 130 .
在本发明实施例中，所述数据处理单元120得到火电厂污水处理系统状态分析结果的方法为：将获取的各项检测数据与用户预设的数据指标进行对比，计算数据期望，由数据期望判断火电厂污水处理系统的污水处理状态。In the embodiment of the present invention, the method for the data processing unit 120 to obtain the status analysis results of the sewage treatment system of the thermal power plant is to compare the obtained detection data with the data indicators preset by the user, calculate the data expectation, and use the data expectation Determine the sewage treatment status of the sewage treatment system of thermal power plants.
实施例2Example 2
请参阅图1-2，一种火电厂废水零排放非线性数学规划系统，包括监测模块200、中央处理模块100、远程监测模块300和污水处理模块400，其中：Please refer to Figure 1-2, a nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants, including a monitoring module 200, a central processing module 100, a remote monitoring module 300 and a sewage treatment module 400, where:
监测模块200，用于获取安装于火电厂污水处理系统中各检测传感器的检测数据，并将该检测数据发送至污水处理模块400。The monitoring module 200 is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module 400 .
污水处理模块400，用于接收监测模块200发送的检测数据，对检测数据进行数据处理后显示，并将显示内容无线传输至远程监测模块300；接收远程监测模块300发送的用户指令并执行。The sewage treatment module 400 is used to receive the detection data sent by the monitoring module 200, perform data processing on the detection data and display it, and wirelessly transmit the display content to the remote monitoring module 300; receive and execute user instructions sent by the remote monitoring module 300.
远程监测模块300，用于接收污水处理模块400发送的显示内容，并将该显示内容发送至用户的移动设备；接收用户发送的用户指令，将该用户指令发送至污水处理模块400。The remote monitoring module 300 is configured to receive the display content sent by the sewage treatment module 400 and send the display content to the user's mobile device; receive the user instruction sent by the user and send the user instruction to the sewage treatment module 400.
中央处理模块100，用于获取监测模块200、污水处理模块400、远程监测模块300之间的传输信息，执行信息传输指令。The central processing module 100 is used to obtain transmission information between the monitoring module 200, the sewage treatment module 400, and the remote monitoring module 300, and execute information transmission instructions.
在本发明实施例中，所述监测模块200包括水量监测模块210、水质监测模块220、设备监测模块230和数据收发模块250，水量监测模块210、水质监测模块220、设备监测模块230均与数据收发模块250连接，其中：In the embodiment of the present invention, the monitoring module 200 includes a water quantity monitoring module 210, a water quality monitoring module 220, an equipment monitoring module 230, and a data transceiver module 250. The water quantity monitoring module 210, the water quality monitoring module 220, and the equipment monitoring module 230 are all related to data. The transceiver module 250 is connected, where:
所述水量监测模块210为安装于火电厂污水处理系统中用于监测污水量的流速传感器，用于获取污水量检测数据，并将该检测数据发送至数据收发模块250。The water volume monitoring module 210 is a flow rate sensor installed in the sewage treatment system of a thermal power plant for monitoring sewage volume, and is used to obtain sewage volume detection data and send the detection data to the data transceiver module 250 .
水质监测模块220为安装于火电厂污水处理系统中用于检测污水水质的水质传感器，用于获取污水水质检测数据，并将该检测数据发送至数据收发模块250。The water quality monitoring module 220 is a water quality sensor installed in the sewage treatment system of a thermal power plant for detecting sewage water quality, and is used to obtain sewage water quality detection data and send the detection data to the data transceiver module 250 .
设备监测模块230，用于获取安装于火电厂污水处理系统中电力设备的工作状态数据，并将该工作状态数据发送至数据收发模块250。The equipment monitoring module 230 is used to obtain the working status data of the electric equipment installed in the sewage treatment system of the thermal power plant, and send the working status data to the data transceiver module 250 .
数据收发模块250，与污水处理模块400连接，用于接收水量监测模块210、水质监测模块220和设备监测模块230发送的数据，并将该数据发送至污水处理模块400。The data transceiver module 250 is connected to the sewage treatment module 400 and is used to receive data sent by the water quantity monitoring module 210, the water quality monitoring module 220 and the equipment monitoring module 230, and send the data to the sewage treatment module 400.
在本发明实施例中，所述监测模块200还包括有人员监测模块240，人员监测模块240与数据收发模块250连接，其中：In the embodiment of the present invention, the monitoring module 200 also includes a personnel monitoring module 240, which is connected to the data transceiver module 250, wherein:
人员监测模块240，用于获取火电厂污水处理系统中工作人员的考勤信息，并将该考勤信息发送至数据收发模块250，由数据收发模块250发送至污水处理模块400。The personnel monitoring module 240 is used to obtain the attendance information of workers in the sewage treatment system of the thermal power plant, and send the attendance information to the data transceiver module 250, which then sends it to the sewage treatment module 400.
在本发明实施例中，所述中央处理模块100包括数据接收单元110、数据处理单元120、反馈单元130和显示单元140，其中：In the embodiment of the present invention, the central processing module 100 includes a data receiving unit 110, a data processing unit 120, a feedback unit 130 and a display unit 140, wherein:
数据接收单元110，用于获取用于的操作指令，并将该操作指令发送至数据处理单元120。The data receiving unit 110 is configured to obtain an operation instruction for use and send the operation instruction to the data processing unit 120 .
数据处理单元120，用于接收数据接收单元110发送的操作指令；检测污水处理模块400的运行状态；获取数据收发模块250发送的各项检测数据，得到火电厂污水处理系统状态分析结果，将分析结果发送至反馈单元130。The data processing unit 120 is used to receive the operation instructions sent by the data receiving unit 110; detect the operating status of the sewage treatment module 400; obtain various detection data sent by the data sending and receiving module 250, obtain the status analysis results of the sewage treatment system of the thermal power plant, and analyze The results are sent to feedback unit 130 .
反馈单元130，还与用户的移动设备连接，用于接收数据处理单元120发送的分析结果，并发送至用户的移动设备和显示单元140。The feedback unit 130 is also connected to the user's mobile device for receiving the analysis results sent by the data processing unit 120 and sending them to the user's mobile device and the display unit 140 .
显示单元140，用于显示反馈单元130发送的分析结果。The display unit 140 is used to display the analysis results sent by the feedback unit 130 .
在本发明实施例中，所述数据处理单元120得到火电厂污水处理系统状态分析结果的方法为：将获取的各项检测数据与用户预设的数据指标进行对比，计算数据期望，由数据期望判断火电厂污水处理系统的污水处理状态。In the embodiment of the present invention, the method for the data processing unit 120 to obtain the status analysis results of the sewage treatment system of the thermal power plant is to compare the obtained detection data with the data indicators preset by the user, calculate the data expectations, and calculate the data expectations from the data expectations. Determine the sewage treatment status of the sewage treatment system of thermal power plants.
请参阅图3-4，本实施例与实施例1的区别在于：Please refer to Figure 3-4. The difference between this embodiment and Embodiment 1 is:
所述显示单元140包括数据采集组件141、数据分析组件142和数据显示组件143，数据采集组件141、数据分析组件142和数据显示组件143依次连接，其中，The display unit 140 includes a data collection component 141, a data analysis component 142 and a data display component 143. The data collection component 141, the data analysis component 142 and the data display component 143 are connected in sequence, wherein,
数据采集组件141，用于接收污水处理模块400发送的分析结果，并将该分析结果发送至数据分析组件142。The data collection component 141 is used to receive the analysis results sent by the sewage treatment module 400 and send the analysis results to the data analysis component 142.
数据分析组件142，用于接收数据采集组件141发送的分析结果，将各项分析结果的数据类型进行统一，并将处理后的数据发送至数据显示组件143。The data analysis component 142 is used to receive the analysis results sent by the data acquisition component 141, unify the data types of each analysis result, and send the processed data to the data display component 143.
数据显示组件143，用于接收数据分析组件142发送的处理后数据，并向用户进行显示。The data display component 143 is used to receive the processed data sent by the data analysis component 142 and display it to the user.
进一步的，在本发明实施例中，还包括有互联网组件144，互联网组件144与数据显示组件143连接，其中：Further, in the embodiment of the present invention, an Internet component 144 is also included, and the Internet component 144 is connected to the data display component 143, wherein:
互联网组件144，用于连接数据显示组件143，供用户调用互联网数据库中的污水处理数据并发送至数据显示组件143进行显示。The Internet component 144 is used to connect to the data display component 143, allowing users to call the sewage treatment data in the Internet database and send it to the data display component 143 for display.
实施例3Example 3
请参阅图1-2，一种火电厂废水零排放非线性数学规划系统，包括监测模块200、中央处理模块100、远程监测模块300和污水处理模块400，其中：Please refer to Figure 1-2, a nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants, including a monitoring module 200, a central processing module 100, a remote monitoring module 300 and a sewage treatment module 400, where:
监测模块200，用于获取安装于火电厂污水处理系统中各检测传感器的检测数据，并将该检测数据发送至污水处理模块400。The monitoring module 200 is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module 400 .
污水处理模块400，用于接收监测模块200发送的检测数据，对检测数据进行数据处理后显示，并将显示内容无线传输至远程监测模块300；接收远程监测模块300发送的用户指令并执行。The sewage treatment module 400 is used to receive the detection data sent by the monitoring module 200, perform data processing on the detection data and display it, and wirelessly transmit the display content to the remote monitoring module 300; receive and execute user instructions sent by the remote monitoring module 300.
远程监测模块300，用于接收污水处理模块400发送的显示内容，并将该显示内容发送至用户的移动设备；接收用户发送的用户指令，将该用户指令发送至污水处理模块400。The remote monitoring module 300 is configured to receive the display content sent by the sewage treatment module 400 and send the display content to the user's mobile device; receive the user instruction sent by the user and send the user instruction to the sewage treatment module 400.
中央处理模块100，用于获取监测模块200、污水处理模块400、远程监测模块300之间的传输信息，执行信息传输指令。The central processing module 100 is used to obtain transmission information between the monitoring module 200, the sewage treatment module 400, and the remote monitoring module 300, and execute information transmission instructions.
在本发明实施例中，所述监测模块200包括水量监测模块210、水质监测模块220、设备监测模块230和数据收发模块250，水量监测模块210、水质监测模块220、设备监测模块230均与数据收发模块250连接，其中：In the embodiment of the present invention, the monitoring module 200 includes a water quantity monitoring module 210, a water quality monitoring module 220, an equipment monitoring module 230, and a data transceiver module 250. The water quantity monitoring module 210, the water quality monitoring module 220, and the equipment monitoring module 230 are all related to data. The transceiver module 250 is connected, where:
所述水量监测模块210为安装于火电厂污水处理系统中用于监测污水量的流速传感器，用于获取污水量检测数据，并将该检测数据发送至数据收发模块250。The water volume monitoring module 210 is a flow rate sensor installed in the sewage treatment system of a thermal power plant for monitoring sewage volume, and is used to obtain sewage volume detection data and send the detection data to the data transceiver module 250 .
水质监测模块220为安装于火电厂污水处理系统中用于检测污水水质的水质传感器，用于获取污水水质检测数据，并将该检测数据发送至数据收发模块250。The water quality monitoring module 220 is a water quality sensor installed in the sewage treatment system of a thermal power plant for detecting sewage water quality, and is used to obtain sewage water quality detection data and send the detection data to the data transceiver module 250 .
设备监测模块230，用于获取安装于火电厂污水处理系统中电力设备的工作状态数据，并将该工作状态数据发送至数据收发模块250。The equipment monitoring module 230 is used to obtain the working status data of the electric equipment installed in the sewage treatment system of the thermal power plant, and send the working status data to the data transceiver module 250 .
数据收发模块250，与污水处理模块400连接，用于接收水量监测模块210、水质监测模块220和设备监测模块230发送的数据，并将该数据发送至污水处理模块400。The data transceiver module 250 is connected to the sewage treatment module 400 and is used to receive data sent by the water quantity monitoring module 210, the water quality monitoring module 220 and the equipment monitoring module 230, and send the data to the sewage treatment module 400.
在本发明实施例中，所述监测模块200还包括有人员监测模块240，人员监测模块240与数据收发模块250连接，其中：In the embodiment of the present invention, the monitoring module 200 also includes a personnel monitoring module 240, which is connected to the data transceiver module 250, wherein:
人员监测模块240，用于获取火电厂污水处理系统中工作人员的考勤信息，并将该考勤信息发送至数据收发模块250，由数据收发模块250发送至污水处理模块400。The personnel monitoring module 240 is used to obtain the attendance information of workers in the sewage treatment system of the thermal power plant, and send the attendance information to the data transceiver module 250, which then sends it to the sewage treatment module 400.
在本发明实施例中，所述中央处理模块100包括数据接收单元110、数据处理单元120、反馈单元130和显示单元140，其中：In the embodiment of the present invention, the central processing module 100 includes a data receiving unit 110, a data processing unit 120, a feedback unit 130 and a display unit 140, wherein:
数据接收单元110，用于获取用于的操作指令，并将该操作指令发送至数据处理单元120。The data receiving unit 110 is configured to obtain an operation instruction for use and send the operation instruction to the data processing unit 120 .
数据处理单元120，用于接收数据接收单元110发送的操作指令；检测污水处理模块400的运行状态；获取数据收发模块250发送的各项检测数据，得到火电厂污水处理系统状态分析结果，将分析结果发送至反馈单元130。The data processing unit 120 is used to receive the operation instructions sent by the data receiving unit 110; detect the operating status of the sewage treatment module 400; obtain various detection data sent by the data sending and receiving module 250, obtain the status analysis results of the sewage treatment system of the thermal power plant, and analyze The results are sent to feedback unit 130 .
反馈单元130，还与用户的移动设备连接，用于接收数据处理单元120发送的分析结果，并发送至用户的移动设备和显示单元140。The feedback unit 130 is also connected to the user's mobile device for receiving the analysis results sent by the data processing unit 120 and sending them to the user's mobile device and the display unit 140 .
显示单元140，用于显示反馈单元130发送的分析结果。The display unit 140 is used to display the analysis results sent by the feedback unit 130 .
在本发明实施例中，所述数据处理单元120得到火电厂污水处理系统状态分析结果的方法为：将获取的各项检测数据与用户预设的数据指标进行对比，计算数据期望，由数据期望判断火电厂污水处理系统的污水处理状态。In the embodiment of the present invention, the method for the data processing unit 120 to obtain the status analysis results of the sewage treatment system of the thermal power plant is to compare the obtained detection data with the data indicators preset by the user, calculate the data expectation, and use the data expectation Determine the sewage treatment status of the sewage treatment system of thermal power plants.
请参阅图3-4，本实施例与实施例1的区别在于：Please refer to Figure 3-4. The difference between this embodiment and Embodiment 1 is:
所述显示单元140包括数据采集组件141、数据分析组件142和数据显示组件143，数据采集组件141、数据分析组件142和数据显示组件143依次连接，其中，The display unit 140 includes a data collection component 141, a data analysis component 142 and a data display component 143. The data collection component 141, the data analysis component 142 and the data display component 143 are connected in sequence, wherein,
数据采集组件141，用于接收污水处理模块400发送的分析结果，并将该分析结果发送至数据分析组件142。The data collection component 141 is used to receive the analysis results sent by the sewage treatment module 400 and send the analysis results to the data analysis component 142.
数据分析组件142，用于接收数据采集组件141发送的分析结果，将各项分析结果的数据类型进行统一，并将处理后的数据发送至数据显示组件143。The data analysis component 142 is used to receive the analysis results sent by the data collection component 141, unify the data types of each analysis result, and send the processed data to the data display component 143.
数据显示组件143，用于接收数据分析组件142发送的处理后数据，并向用户进行显示。The data display component 143 is used to receive the processed data sent by the data analysis component 142 and display it to the user.
进一步的，在本发明实施例中，还包括有互联网组件144，互联网组件144与数据显示组件143连接，其中：Further, in the embodiment of the present invention, an Internet component 144 is also included, and the Internet component 144 is connected to the data display component 143, wherein:
互联网组件144，用于连接数据显示组件143，供用户调用互联网数据库中的污水处理数据并发送至数据显示组件143进行显示。The Internet component 144 is used to connect to the data display component 143, allowing users to call the sewage treatment data in the Internet database and send it to the data display component 143 for display.
请参阅图5，本发明实施例与实施例1-2的不同之处在于：Please refer to Figure 5. The differences between the embodiment of the present invention and Embodiment 1-2 are:
所述污水处理模块400包括污水接收单元410、多级污水处理单元420、污水排放单元430和残渣排放单元440，所述污水接收单元410与多级污水处理单元420连接，所述多级污水处理单元420与污水排放单元430以及残渣排放单元440连接。The sewage treatment module 400 includes a sewage receiving unit 410, a multi-stage sewage treatment unit 420, a sewage discharge unit 430 and a residue discharge unit 440. The sewage receiving unit 410 is connected to the multi-stage sewage treatment unit 420. The multi-stage sewage treatment unit The unit 420 is connected to the sewage discharge unit 430 and the residue discharge unit 440.
进一步的，需要说明的是，所述多级污水处理单元420包括但不限于过滤池、沉淀池、絮凝池、曝气池、厌氧反应池、好氧反应池、pH调节池和消毒池。Further, it should be noted that the multi-stage sewage treatment unit 420 includes but is not limited to a filter tank, a sedimentation tank, a flocculation tank, an aeration tank, an anaerobic reaction tank, an aerobic reaction tank, a pH adjustment tank and a disinfection tank.
实施例4Example 4
本发明还公开了一种火电厂废水零排放非线性数学规划方法，包括以下步骤：The invention also discloses a nonlinear mathematical programming method for zero discharge of waste water from thermal power plants, which includes the following steps:
S100、获取安装于火电厂污水处理系统中各检测传感器的检测数据，并将该检测数据发送至污水处理模块。S100. Obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module.
S200、对检测数据进行数据处理后显示，并将显示内容无线传输至远程监测模块。S200: Display the detection data after data processing, and wirelessly transmit the display content to the remote monitoring module.
S300、接收污水处理模块发送的显示内容，并将该显示内容发送至用户的移动设备。接收用户发送的用户指令，将该用户指令发送至污水处理模块，对污水处理模块进行调节。S300: Receive the display content sent by the sewage treatment module, and send the display content to the user's mobile device. Receive user instructions sent by the user, send the user instructions to the sewage treatment module, and adjust the sewage treatment module.
以上的仅是本发明的优选实施方式，应当指出，对于本领域的技术人员来说，在不脱离本发明构思的前提下，还可以作出若干变形和改进，这些也应该视为本发明的保护范围，这些都不会影响本发明实施的效果和专利的实用性。The above are only preferred embodiments of the present invention. It should be pointed out that those skilled in the art can also make several modifications and improvements without departing from the concept of the present invention, and these should also be regarded as protection of the present invention. scope, these will not affect the effect of the present invention and the practicality of the patent.

Claims (10)

  1. 一种火电厂废水零排放非线性数学规划系统，其特征在于，包括监测模块（200）、中央处理模块（100）、远程监测模块（300）和污水处理模块（400），其中：A nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants, which is characterized by including a monitoring module (200), a central processing module (100), a remote monitoring module (300) and a sewage treatment module (400), wherein:
    监测模块（200），用于获取安装于火电厂污水处理系统中各检测传感器的检测数据，并将该检测数据发送至污水处理模块（400）；The monitoring module (200) is used to obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module (400);
    污水处理模块（400），用于接收监测模块（200）发送的检测数据，对检测数据进行数据处理后显示，并将显示内容无线传输至远程监测模块（300）；接收远程监测模块（300）发送的用户指令并执行；远程监测模块（300），用于接收污水处理模块（400）发送的显示内容，并将该显示内容发送至用户的移动设备；接收用户发送的用户指令，将该用户指令发送至污水处理模块（400）；中央处理模块（100），用于获取监测模块（200）、污水处理模块（400）、远程监测模块（300）之间的传输信息，执行信息传输指令。The sewage treatment module (400) is used to receive the detection data sent by the monitoring module (200), perform data processing on the detection data and display it, and wirelessly transmit the display content to the remote monitoring module (300); receive the remote monitoring module (300) and execute the user instructions sent by the sewage treatment module (400); the remote monitoring module (300) is used to receive the display content sent by the sewage treatment module (400) and send the display content to the user's mobile device; receive the user instructions sent by the user, and send the display content to the user's mobile device; The instruction is sent to the sewage treatment module (400); the central processing module (100) is used to obtain the transmission information between the monitoring module (200), the sewage treatment module (400), and the remote monitoring module (300), and execute the information transmission instructions.
  2. 根据权利要求1所述的火电厂废水零排放非线性数学规划系统，其特征在于，所述监测模块（200）包括水量监测模块（210）、水质监测模块（220）、设备监测模块（230）和数据收发模块（250），水量监测模块（210）、水质监测模块（220）、设备监测模块（230）均与数据收发模块（250）连接，其中：The nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants according to claim 1, characterized in that the monitoring module (200) includes a water quantity monitoring module (210), a water quality monitoring module (220), and an equipment monitoring module (230). And the data transceiver module (250), the water quantity monitoring module (210), the water quality monitoring module (220), and the equipment monitoring module (230) are all connected to the data transceiver module (250), where:
    所述水量监测模块（210）为安装于火电厂污水处理系统中用于监测污水量的流速传感器，用于获取污水量检测数据，并将该检测数据发送至数据收发模块（250）；The water volume monitoring module (210) is a flow rate sensor installed in the sewage treatment system of a thermal power plant for monitoring sewage volume. It is used to obtain sewage volume detection data and send the detection data to the data transceiver module (250);
    水质监测模块（220）为安装于火电厂污水处理系统中用于检测污水水质的水质传感器，用于获取污水水质检测数据，并将该检测数据发送至数据收发模块（250）；The water quality monitoring module (220) is a water quality sensor installed in the sewage treatment system of the thermal power plant for detecting sewage water quality. It is used to obtain sewage water quality detection data and send the detection data to the data transceiver module (250);
    设备监测模块（230），用于获取安装于火电厂污水处理系统中电力设备的工作状态数据，并将该工作状态数据发送至数据收发模块（250）；The equipment monitoring module (230) is used to obtain the working status data of the electrical equipment installed in the sewage treatment system of the thermal power plant, and send the working status data to the data transceiver module (250);
    数据收发模块（250），与污水处理模块（400）连接，用于接收水量监测模块（210）、水质监测模块（220）和设备监测模块（230）发送的数据，并将该数据发送至污水处理模块（400）。The data transceiver module (250) is connected to the sewage treatment module (400) and is used to receive data sent by the water quantity monitoring module (210), water quality monitoring module (220) and equipment monitoring module (230), and send the data to the sewage Processing module (400).
  3. 根据权利要求2所述的火电厂废水零排放非线性数学规划系统，其特征在于，所述监测模块（200）还包括有人员监测模块（240），人员监测模块（240）与数据收发模块（250）连接，其中：The nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants according to claim 2, characterized in that the monitoring module (200) also includes a personnel monitoring module (240), a personnel monitoring module (240) and a data transceiver module ( 250) connection, where:
    人员监测模块（240），用于获取火电厂污水处理系统中工作人员的考勤信息，并将该考勤信息发送至数据收发模块（250），由数据收发模块（250）发送至污水处理模块（400）。The personnel monitoring module (240) is used to obtain the attendance information of the staff in the sewage treatment system of the thermal power plant, and send the attendance information to the data transceiver module (250), which is sent to the sewage treatment module (400). ).
  4. 根据权利要求3所述的火电厂废水零排放非线性数学规划系统，其特征在于，所述中央处理模块（100）包括数据接收单元（110）、数据处理单元（120）、反馈单元（130）和显示单元（140），其中：The nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants according to claim 3, characterized in that the central processing module (100) includes a data receiving unit (110), a data processing unit (120), and a feedback unit (130) and display unit (140), where:
    数据接收单元（110），用于获取用于的操作指令，并将该操作指令发送至数据处理单元（120）；The data receiving unit (110) is used to obtain the operating instructions for and send the operating instructions to the data processing unit (120);
    数据处理单元（120），用于接收数据接收单元（110）发送的操作指令；检测污水处理模块（400）的运行状态；获取数据收发模块（250）发送的各项检测数据，得到火电厂污水处理系统状态分析结果，将分析结果发送至反馈单元（130）；The data processing unit (120) is used to receive operating instructions sent by the data receiving unit (110); detect the operating status of the sewage treatment module (400); obtain various detection data sent by the data sending and receiving module (250), and obtain the thermal power plant sewage Process the system status analysis results and send the analysis results to the feedback unit (130);
    反馈单元（130），还与用户的移动设备连接，用于接收数据处理单元（120）发送的分析结果，并发送至用户的移动设备和显示单元（140）；The feedback unit (130) is also connected to the user's mobile device and is used to receive the analysis results sent by the data processing unit (120) and send them to the user's mobile device and display unit (140);
    显示单元（140），用于显示反馈单元（130）发送的分析结果。The display unit (140) is used to display the analysis results sent by the feedback unit (130).
  5. 根据权利要求4所述的火电厂废水零排放非线性数学规划系统，其特征在于，所述数据处理单元（120）得到火电厂污水处理系统状态分析结果的方法为：将获取的各项检测数据与用户预设的数据指标进行对比，计算数据期望，由数据期望判断火电厂污水处理系统的污水处理状态。The nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants according to claim 4, characterized in that the method for the data processing unit (120) to obtain the status analysis results of the sewage treatment system of thermal power plants is to: obtain various detection data Compare with the data indicators preset by the user, calculate the data expectations, and judge the sewage treatment status of the sewage treatment system of the thermal power plant based on the data expectations.
  6. 根据权利要求5所述的火电厂废水零排放非线性数学规划系统，其特征在于，所述显示单元（140）包括数据采集组件（141）、数据分析组件（142）和数据显示组件（143），数据采集组件（141）、数据分析组件（142）和数据显示组件（143）依次连接，其中，The nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants according to claim 5, characterized in that the display unit (140) includes a data acquisition component (141), a data analysis component (142) and a data display component (143) , the data collection component (141), the data analysis component (142) and the data display component (143) are connected in sequence, where,
    数据采集组件（141），用于接收污水处理模块（400）发送的分析结果，并将该分析结果发送至数据分析组件（142）；The data acquisition component (141) is used to receive the analysis results sent by the sewage treatment module (400) and send the analysis results to the data analysis component (142);
    数据分析组件（142），用于接收数据采集组件（141）发送的分析结果，将各项分析结果的数据类型进行统一，并将处理后的数据发送至数据显示组件（143）；The data analysis component (142) is used to receive the analysis results sent by the data collection component (141), unify the data types of each analysis result, and send the processed data to the data display component (143);
    数据显示组件（143），用于接收数据分析组件（142）发送的处理后数据，并向用户进行显示。The data display component (143) is used to receive the processed data sent by the data analysis component (142) and display it to the user.
  7. 根据权利要求6所述的火电厂废水零排放非线性数学规划系统，其特征在于，还包括有互联网组件（144），互联网组件（144）与数据显示组件（143）连接，其中：The nonlinear mathematical programming system for zero discharge of wastewater from thermal power plants according to claim 6, characterized in that it also includes an Internet component (144), and the Internet component (144) is connected to the data display component (143), wherein:
    互联网组件（144），用于连接数据显示组件（143），供用户调用互联网数据库中的污水处理数据并发送至数据显示组件（143）进行显示。The Internet component (144) is used to connect to the data display component (143), allowing users to call the sewage treatment data in the Internet database and send it to the data display component (143) for display.
  8. 根据权利要求1所述的火电厂废水零排放非线性数学规划系统，其特征在于，所述污水处理模块（400）包括污水接收单元（410）、多级污水处理单元（420）、污水排放单元（430）和残渣排放单元（440），所述污水接收单元（410）与多级污水处理单元（420）连接，所述多级污水处理单元（420）与污水排放单元（430）以及残渣排放单元（440）连接。The nonlinear mathematical programming system for zero discharge of thermal power plant wastewater according to claim 1, characterized in that the sewage treatment module (400) includes a sewage receiving unit (410), a multi-stage sewage treatment unit (420), a sewage discharge unit (430) and the residue discharge unit (440), the sewage receiving unit (410) is connected to the multi-stage sewage treatment unit (420), the multi-stage sewage treatment unit (420) is connected to the sewage discharge unit (430) and the residue discharge Unit (440) connection.
  9. 根据权利要求8所述的火电厂废水零排放非线性数学规划系统，其特征在于，所述多级污水处理单元（420）包括过滤池、沉淀池、絮凝池、曝气池、厌氧反应池、好氧反应池、pH调节池和消毒池。The nonlinear mathematical programming system for zero discharge of thermal power plant wastewater according to claim 8, characterized in that the multi-stage sewage treatment unit (420) includes a filter tank, a sedimentation tank, a flocculation tank, an aeration tank, and an anaerobic reaction tank. , aerobic reaction tank, pH adjustment tank and disinfection tank.
  10. 根据权利要求1-9任一所述的火电厂废水零排放非线性数学规划系统的方法，其特征在于，包括以下步骤：The method for a zero-discharge nonlinear mathematical programming system for thermal power plant wastewater according to any one of claims 1 to 9, characterized in that it includes the following steps:
    S100、获取安装于火电厂污水处理系统中各检测传感器的检测数据，并将该检测数据发送至污水处理模块；S100. Obtain the detection data of each detection sensor installed in the sewage treatment system of the thermal power plant, and send the detection data to the sewage treatment module;
    S200、对检测数据进行数据处理后显示，并将显示内容无线传输至远程监测模块；S200. Perform data processing on the detection data and display it, and wirelessly transmit the display content to the remote monitoring module;
    S300、接收污水处理模块发送的显示内容，并将该显示内容发送至用户的移动设备；接收用户发送的用户指令，将该用户指令发送至污水处理模块，对污水处理模块进行调节。S300: Receive the display content sent by the sewage treatment module, and send the display content to the user's mobile device; receive the user instruction sent by the user, send the user instruction to the sewage treatment module, and adjust the sewage treatment module.
PCT/CN2022/082001 2022-03-17 2022-03-21 Thermal power plant wastewater zero-discharge nonlinear mathematical programming system and method WO2023173449A1 (en)

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