WO2022142954A1 - 一种智慧化海上平台生活污水处理*** - Google Patents

一种智慧化海上平台生活污水处理*** Download PDF

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WO2022142954A1
WO2022142954A1 PCT/CN2021/134239 CN2021134239W WO2022142954A1 WO 2022142954 A1 WO2022142954 A1 WO 2022142954A1 CN 2021134239 W CN2021134239 W CN 2021134239W WO 2022142954 A1 WO2022142954 A1 WO 2022142954A1
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data
sewage treatment
domestic sewage
equipment
module
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French (fr)
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赵慧
谢陈鑫
滕厚开
钱光磊
任春燕
雷太平
李旗
张程蕾
周立山
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中海油天津化工研究设计院有限公司
中海油能源发展股份有限公司
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Publication of WO2022142954A1 publication Critical patent/WO2022142954A1/zh

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    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
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    • G06Q10/06313—Resource planning in a project environment
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/23—Updating
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
    • G06F16/24—Querying
    • G06F16/248—Presentation of query results
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
    • G06Q50/06—Energy or water supply
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A20/00—Water conservation; Efficient water supply; Efficient water use
    • Y02A20/152—Water filtration

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  • the invention belongs to the field of environmental engineering, and in particular relates to an intelligent offshore platform domestic sewage treatment system.
  • the domestic sewage on the offshore platform needs to be centrally treated by the sewage treatment system and then discharged to the sea.
  • the existing domestic sewage treatment system mainly includes two types: "electrolysis method” and "biochemical method".
  • electrolysis method During the operation process, there will be machine pump failure and electric valve failure.
  • Problems such as lagging data update and untimely feedback are currently mainly solved by on-site personnel during inspections and coordinated by technical personnel. Due to the untimely resolution of equipment failures and the lag of data information and other problems, equipment and instruments in the domestic sewage treatment system have failed.
  • the high rate, unstable performance, and substandard water quality have caused problems for the domestic water and drainage of offshore platform personnel, and brought great adverse effects on marine environmental protection.
  • the purpose of the present invention is to overcome the deficiencies of the existing sewage treatment system functions, and provide an intelligent treatment system for domestic sewage on offshore platforms, so as to achieve the purpose of scientifically, accurately and real-time grasping of equipment status and water quality indicators, and users can use it anytime, anywhere. Or the system can automatically and timely adjust the operating parameters of the equipment, thereby reducing the failure rate of the equipment and improving the stability of the system.
  • the invention integrates the automatic data collection, remote real-time monitoring, intelligent processing, data management analysis, etc. of the domestic sewage treatment system of the offshore platform into a system, strengthens the real-time supervision of the equipment operation by the user, and improves the overall information management level of the enterprise.
  • the present invention is an intelligent offshore platform domestic sewage treatment system, including offshore platform domestic sewage treatment equipment, intelligent detection equipment, data transmission system, data storage system, data processing system and visual operation platform.
  • the domestic sewage treatment equipment is mainly composed of water tanks, pumps, power supplies, and sewage treatment reactors; the intelligent detection equipment includes online detection instruments and sensors; the data transmission system adopts one of 4G mobile communication system, 5G mobile communication system, and microwave.
  • the data storage system is one or more of cloud disk, network disk, hard disk, and flash memory
  • the data processing system consists of a filter module, an integration module, a model module, a parameter module, a feedback module, and an output module
  • visual operation The platform is one or more of a computer system, a notebook, a mobile phone, a tablet computer, a POS machine, and a vehicle-mounted computer.
  • the intelligent detection equipment collects the equipment status, process flow data, water quality data, energy consumption data, and material consumption data of each process section of the domestic sewage treatment equipment in real time, and transmits the data to the data storage system through the data transmission system.
  • the processing system reads the data collected in the data storage system and performs screening, filtering, comparison, statistics, analysis, and mining on it, which further affects the data in the data storage system.
  • the data processing system further regulates domestic sewage treatment according to the analysis results.
  • the parameters of the equipment, the results of the data storage system and the data processing system are displayed on the terminal visual operation platform in the form of numbers, words, sounds, charts, graphics, pictures and videos.
  • the visual operation platform allows users to supervise and control the operation of domestic sewage treatment equipment in real time. status and parameters.
  • the functions of the domestic sewage treatment equipment on the offshore platform are to collect sewage, adjust the quantity and quality of water, degrade pollutants, discharge up to standard, and the like.
  • the sewage treatment reactor is one or more of a physicochemical reactor, a biochemical reactor, an electrolysis reactor, a catalytic reactor, an advanced oxidation reactor and an electrochemical reactor.
  • the intelligent detection equipment is an online detection instrument and a sensor
  • the detection indicators of the online detection instrument are liquid level, temperature, flow rate, COD, BOD 5 , total nitrogen, total phosphorus, ammonia nitrogen, pH value, suspended solids, One or more of water pollutant indicators such as residual chlorine, TOC, oil, chromaticity, turbidity, etc.
  • the online detection instrument is a single-channel detector or a multi-channel detector;
  • the sensor detection information includes: One or more of the equipment performance indicators such as motor temperature, motor resistance, motor current, pressure, valve opening, vibration intensity, vibration frequency, sound, differential pressure, torque, displacement, potential, angle, etc.
  • the sensor is a single channel sensor or multi-channel sensor.
  • the data transmission system is preferably one or more of 4G mobile communication system, 5G mobile communication system and microwave, which has the advantages of high transmission rate, good scalability and good confidentiality.
  • the data storage system is one or more of cloud disk, network disk, hard disk, and flash memory. According to the data source, it is divided into monitoring data and algorithm data. Data can be divided into real-time data and batch data according to the update degree; the data storage system has compatibility and scalability.
  • the filtering module of the data processing system screens and filters the data in the data storage system, filters out valuable data, filters out useless or repeated data, and affects the accuracy, applicability and timeliness of the data.
  • the integration module classifies, integrates, organizes, sorts, transforms, integrates, and structures valuable data
  • the integrated data builds a model through statistics, algorithms, and actuarial models to form a model module
  • the model module defines the parameters of each indicator.
  • the feedback module When it is close to the threshold parameter, the feedback module notifies the user of the recent summary data and possible trends of the indicator, and reminds the user to deal with it; when the newly collected data reaches or even exceeds the warning parameter, the feedback module firstly uses the warning Notify the user in form, and automatically adjust the device parameters until the data is within a reasonable range if the user cannot provide timely feedback and has been authorized; the processed data is output to the terminal by the output module in various forms for the user to retrieve, utilize, and make decisions; data output Results include real-time status of equipment/meters/pump valves, equipment energy consumption, equipment efficiency, water quality data, water volume data, as well as decision recommendations, scheduling plans, and maintenance recommendations.
  • the visualized operation platform is used for query, retrieval, analysis and statistics of the status and operation of domestic sewage treatment equipment.
  • the user sets the operation authority, the number of users and the scope of use according to the needs. limit.
  • an intelligent offshore platform domestic sewage treatment system of the present invention has the following characteristics:
  • the present invention transmits the current on-site observation and on-site inspection mode to the mobile terminal in real time through the combination of data acquisition, network communication, big data processing, intelligent terminal and other technologies, so as to realize the real-time interaction between people and equipment , avoiding the delay of information transmission caused by the particularity of the location of the offshore platform.
  • the present invention realizes real-time monitoring of sewage treatment equipment and process flow. Through data analysis, the reasonable parameters, threshold parameters and warning parameters of each index are defined to ensure that the sewage treatment system is in the optimal working condition in real time, thereby improving the efficiency of sewage treatment. .
  • the output results of the present invention to the terminal include equipment status, equipment energy consumption, equipment efficiency, water quality data, water quantity data, and information such as decision-making suggestions, scheduling plans, maintenance suggestions, etc., ensuring that different users can Implement the same plan to better maintain the equipment, thereby increasing its service life and ensuring the sewage compliance rate.
  • the present invention can realize automatic regulation of equipment by the system under authorization, further reduce manual intervention and save labor costs.
  • the data model of the present invention is derived from the collected basic data, and after defining reasonable parameters, it further guides the data collected during the operation, so that the operating equipment can process a reasonable range of parameters; further, the newly collected data makes the database regularly updated, So as to ensure that the sewage treatment system has been in an optimal state.
  • Figure 1 is a schematic structural diagram of an intelligent offshore platform domestic sewage treatment system.
  • the present invention proposes an intelligent offshore platform domestic sewage treatment system, as shown in Figure 1
  • the system is divided into six parts, among which the sewage treatment equipment is used to collect, treat and discharge the domestic sewage generated by the offshore platform.
  • the intelligent detection equipment can check the pump, Fan status, electric valve opening, COD, BOD 5 , total nitrogen, total phosphorus, pH value, suspended solids, residual chlorine and other water quality information, liquid level, temperature, flow, pressure and other material information are recorded and detected.
  • the data is transmitted to the data storage system through the 5G wireless data transmission system.
  • the data storage system classifies the monitored data into detailed data and summary data according to the degree of subdivision.
  • the data storage system retains the general extension interface, and the data processing system calls the data storage in real time.
  • the data in the system according to the existing data, predict the development trend of the data, and make intelligent early warning according to the built-in early warning parameters.
  • the visual operation platform is an APP called "Intelligent Offshore Platform Sewage Treatment System" used on the mobile phone client, which allows users to read information and control equipment parameters through data, charts and graphics.
  • a domestic sewage treatment device on an offshore platform passes this system.
  • the client side reminds the user to deal with it in the form of text reminder and information push, and provides the treatment plan: (1) Check whether the reactor is running normally; (2) Check the incoming water volume and water quality; (3) Check whether the COD monitoring instrument functions normally.
  • the application of the intelligent offshore platform sewage treatment system reduces the possibility of pollutants exceeding the standard, and ensures the environmental protection standard and the normal operation of the equipment.
  • a domestic sewage treatment device on an offshore platform passes this system.
  • the normal running current of the motor reaches 5.0A.
  • the client reminds the user to deal with it in the form of text reminder and information push, and provides a treatment plan: (1) Check whether the pump impeller is blocked; (2) Check whether the inlet pressure is normal; (3) Check whether the outlet pressure is normal; the intelligent offshore platform sewage treatment system reduces the equipment failure rate and prolongs the service life of the equipment.
  • a domestic sewage treatment device on an offshore platform when the influent flow of the detection system increases from 2.5m 3 /h to 2.8m 3 /h within 1 hour, the user is reminded to deal with it. If it is not treated within 2 hours, the influent flow is further increased to When the alarm parameter exceeds 3m 3 /h, the system automatically adjusts the power supply from 15kw to 20kw, and the outlet valve opening is adjusted from 2/3 to fully open.

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Abstract

一种智慧化海上平台生活污水处理***，包括海上平台生活污水处理设备、智能化检测设备、数据传输***、数据存储***、数据处理***和可视化操作平台，智能化检测设备将设备各工艺段的各类数据进行实时采集，通过数据传输***传输至数据存储***，数据处理***读取数据并对其进行筛选、过滤、比对、统计、分析、挖掘，进一步影响数据存储***中的数据，数据处理***根据分析结果调控参数，数据存储***和数据处理***的结果以多种形式在终端可视化操作平台显示，可视化操作平台供用户实时监管、调控生活污水处理设备运行状态和参数。本***可以科学、准确、实时地掌握设备状态、水质指标并能减少设备故障率、提高***的稳定性。

Description

一种智慧化海上平台生活污水处理*** 技术领域
本发明属于环境工程领域，尤其涉及一种智慧化海上平台生活污水处理***。
背景技术
海上平台生活污水需经过污水处理***集中处理达标后排海，现有生活污水处理***主要包括“电解法”和“生化法”两种类型，在运行过程中会出现机泵故障、电动阀门失灵、数据更新滞后、反馈不及时等问题，目前主要靠现场人员巡查时发现、技术人员协调的方式解决，由于设备故障解决的不及时、数据信息滞后等问题造成了生活污水处理***设备、仪表故障率高、性能不稳定、水质不达标，给海上平台人员的生活用水、排水造成困扰，给海洋环保带来极大的不利影响。基于以上问题，迫切需要开发出一种智慧化处理及管理***，达到科学、准确、实时地掌握设备状态、水质指标的目的，由用户随时随地或者***自动、及时调整设备运行参数，进而减少设备故障率、提高***的稳定性，进一步保护海洋环境。
发明内容
本发明的目的在于克服现有污水处理***功能的不足，提供一种用于海上平台生活污水的智慧化处理***，达到科学、准确、实时地掌握设备状态、水质指标的目的，由用户随时随地或者***自动、及时调整设备运行参数，进而减少设备故障率、提高***的稳定性。本发明将海上平台生活污水处理***的数据自动采集、远程实时监视、智能处理、数据管理分析等融合为一个***，加强用户对设备运行情况的实时监管力度，提升企业整体信息化管理水平。
本发明一种智慧化海上平台生活污水处理***，包括海上平台生活污水处理设备，智能化检测设备，数据传输***，数据存储***，数据处理***，可视化操作平台。生活污水处理设备主要由水罐、机泵、电源、污水处理反应器组成； 智能化检测设备包括在线检测仪表、传感器；数据传输***采用4G移动通信***、5G移动通信***、微波中的一种或几种；数据存储***为云盘、网盘、硬盘、闪存中的一种或几种；数据处理***由过滤模块、整合模块、模型模块、参数模块、反馈模块、输出模块组成；可视化操作平台为计算机***、笔记本、手机、平板电脑、POS机、车载电脑中的一种或几种。
其中，所述的智能化检测设备将生活污水处理设备各工艺段的设备状态、工艺流数据、水质数据、能耗数据、物料消耗数据进行实时采集，通过数据传输***传输至数据存储***，数据处理***读取数据存储***中收集到的数据并对其进行筛选、过滤、比对、统计、分析、挖掘，进一步影响数据存储***中的数据，数据处理***根据分析结果，进一步调控生活污水处理设备的参数，数据存储***和数据处理***的结果以数字、文字、声音、图表、图形、图片、视频的形式在终端可视化操作平台显示，可视化操作平台供用户实时监管、调控生活污水处理设备运行状态和参数。
本发明所述的***，海上平台生活污水处理设备的功能是收集污水、调节水量水质、降解污染物、达标排放等。其中，污水处理反应器为物化反应器、生化反应器、电解反应器、催化反应器、高级氧化反应器和电化学反应器中一种或几种。
本发明所述的***，智能化检测设备为在线检测仪表和传感器，在线检测仪表检测指标为液位、温度、流量、COD、BOD 5、总氮、总磷、氨氮、pH值、悬浮物、余氯、TOC、油、色度、浊度等水污染物指标中的一种或几种，所述的在线检测仪表是单通道检测仪或多通道检测仪；所述的传感器检测信息包括为电机温度、电机电阻、电机电流、压力、阀门开度、振动强度、震动频率、声音、压差、扭矩、位移、电位、角度等设备性能指标中一种或几种，所述的传感器是单通道传感器或多通道传感器。
本发明所述的***，数据传输***优选4G移动通信***、5G移动通信***、微波中的一种或几种，具有传输速率高，可扩展性好、保密性好等优势。
本发明所述的***，数据存储***为云盘、网盘、硬盘、闪存中的一种或几种，按数据来源分为为监测数据、算法数据，根据细分程度分为明细数据、汇总数据，从更新程度上分为实时数据、批量数据；数据存储***具有兼容性和扩展 性。
本发明所述的***，数据处理***的过滤模块对数据存储***中的数据进行筛选、过滤，筛选出有价值数据，过滤剔除无用或者重复的数据，对数据的准确性、适用性、及时性进行判断；整合模块将有价值数据进行分类、整合、组队、排序、变换、集成、结构化；整合后的数据通过统计、算法、精算建立模型，形成模型模块；模型模块定义出各指标的合理参数、阈值参数、警告参数，以及调度方案、负载均衡计划、趋势状态，最终形成参数模块；根据新收集的数据，模型模块和参数模块定期评估、优化、更新自身数据库；新收集的数据与参数模块数据进行比对，当接近阈值参数时，反馈模块通知用户该指标的近期汇总数据及可能趋势，提醒用户进行处理；当新收集的数据到达甚至超出警告参数时，反馈模块首先以警告的形式通知用户，在用户无法及时反馈且已授权情况下自动调整设备参数直至数据处于合理范围；处理后的数据以多种形式由输出模块输出至终端，供用户进行检索、利用、决策；数据输出结果包括设备/仪表/泵阀实时状态、设备能耗、设备效率、水质数据、水量数据，以及决策建议、调度方案、维护建议。
本发明所述的***，可视化操作平台供查询、检索、分析和统计生活污水处理设备的状态及运行情况，用户根据需求设置操作权限、使用人数、使用范围，可视化操作平台的使用不受地理位置限制。
本发明一种智慧化海上平台生活污水处理***与现有技术相比，具有以下特点：
(1)本发明将现行的就地观察、就地巡检模式，通过数据采集、网络通信、大数据处理、智能终端等技术的结合，实时传输至可移动终端，实现人与设备的实时互动，避免了由于海洋平台所处位置的特殊性造成的信息传输滞后等问题。
(2)本发明实现对污水处理设备及工艺流的实时监测，通过数据分析，定义各指标的合理参数、阈值参数、警告参数，保证污水处理***实时处于最优工况，进而提高污水处理效率。
(3)本发明在使用过程中，当接收数据接近阈值参数、到达甚至超出警告参数时以不同形式通知用户进行处理，并在已授权情况下自动调整设备参数，可以及时对设备状态做出调整，进而显著降低设备故障率、提高污水达标率。
(4)本发明向终端的输出结果包括设备状态、设备能耗、设备效率、水质数据、水量数据，以及决策建议、调度方案、维护建议等信息，保证了不同的用户对生活污水处理设备可以执行相同的方案，从而更好的维护维护设备，进而提升其使用寿命，保证污水达标率。
(5)本发明在授权情况下可实现***对设备进行自动调控，进一步减少人工干预，节约人工成本。
(6)本发明的数据模型源于采集到的基础数据，在定义了合理参数后，进一步指导运行过程中采集的数据，使运行设备处理合理参数范围；进一步，新采集数据使得数据库定期更新，从而保证该污水处理***一直处于最优状态。
附图说明
图1是一种智慧化海上平台生活污水处理***结构示意图。
具体实施方式
下面结合具体实施例及附图对本发明一种智慧化海上平台生活污水处理***做进一步描述。所描述的实施方式是本发明一部分实施例，而不是全部的实施例。
本发明针对现有海上平台生活污水处理***运行过程中会出现机泵故障、电动阀门失灵、数据更新滞后、反馈不及时等问题，提出了一种智慧化海上平台生活污水处理***，如图1所示，该***分为六部分，其中污水处理设备用于对海上平台产生的生活污水进行收集、处理、排放，污水处理设备运行过程中，智能化检测设备可对设备运行过程中的泵、风机状态，电动阀门开度、COD、BOD 5、总氮、总磷、pH值、悬浮物、余氯等水质信息，液位、温度、流量、压力等物料信息进行实施记录，并将探测到的数据传输通过5G无线数据传输***传送至数据存储***，数据存储***将监测到的数据根据细分程度分类为明细数据和汇总数据，数据存储***保留通用扩展接口，数据处理***实时调用数据存储***中的数据，根据现有数据，预测数据发展趋势，根据内置预警参数做出智能预警。可视化操作平台为在手机客户端使用的一款名为“智慧化海上平台污水处理***”的APP，通过数据、图表、图形的方式供用户读取信息并调控设备参数。
实施案例一：
某海上平台生活污水处理装置通过该***，当检测到的COD为135mg/L时，内置阈值参数125mg/L时，客户端以文本提醒、信息推送的方式提醒用户处理，并给出处理方案：(1)检查反应器是否运行正常；(2)检查来水水量、水质情况；(3)检查COD监测仪表功能是否正常。该智慧化海上平台污水处理***的应用降低了污染物超标的可能性，保证了环保达标及设备正常运行。
实施案例二：
某海上平台生活污水处理装置通过该***，当检测到的电机电流为5.3A时，达到电机正常运行电流5.0A，客户端以文本提醒、信息推送的方式提醒用户处理，并给出处理方案：(1)检查水泵叶轮是否有堵塞；(2)检查入口压力对否正常；(3)检查出口压力对否正常；该智慧化海上平台污水处理***降低了设备故障率，延长设备使用寿命。
实施案例三：
某海上平台生活污水处理装置，当检测***进水流量在1小时内由2.5m 3/h达到2.8m 3/h时，提醒用户处理，在2小时内未得到处理，进水流量进一步提升至超过报警参数3m 3/h时，***自动将电源功率由15kw调节至20kw，出口阀门开度由2/3调整为全开。

Claims (7)

  1. 一种智慧化海上平台生活污水处理***，其特征在于：该***包括生活污水处理设备、智能化检测设备、数据传输***、数据存储***、数据处理***和可视化操作平台；
    所述的生活污水处理设备主要由水罐、机泵、电源、污水处理反应器组成；
    所述的智能化检测设备包括在线检测仪表、传感器；
    所述的数据传输***采用4G移动通信***、5G移动通信***、微波中的一种或几种；
    所述的数据存储***为云盘、网盘、硬盘、闪存中的一种或几种；
    所述的数据处理***由过滤模块、整合模块、模型模块、参数模块、反馈模块、输出模块组成；
    所述的可视化操作平台为计算机***、笔记本、手机、平板电脑、POS机、车载电脑中的一种或几种；
    其中，所述的智能化检测设备将生活污水处理设备各工艺段的设备状态、工艺流数据、水质数据、能耗数据、物料消耗数据进行实时采集，通过数据传输***传输至数据存储***，数据处理***读取数据存储***中收集到的数据并对其进行筛选、过滤、比对、统计、分析、挖掘，进一步影响数据存储***中的数据，数据处理***根据分析结果，进一步调控生活污水处理设备的参数，数据存储***和数据处理***的结果以数字、文字、声音、图表、图形、图片、视频的形式在终端可视化操作平台显示，可视化操作平台供用户实时监管、调控生活污水处理设备运行状态和参数。
  2. 如权利要求1所述的智慧化海上平台生活污水处理***，其特征在于：所述的污水处理反应器为物化反应器、生化反应器、电解反应器、催化反应器、高级氧化反应器和电化学反应器中一种或几种。
  3. 如权利要求1所述的智慧化海上平台生活污水处理***，其特征在于：所述的在线检测仪表检测指标为液位、温度、流量、COD、BOD5、总氮、总磷、氨氮、pH值、悬浮物、余氯、TOC、油、色度、浊度中的一种或几种，所述的在线检测仪表是单通道检测仪或多通道检测仪；所述的传感器检测信息为电机温度、电机电阻、电机电流、压力、阀门开度、振动强度、震 动频率、声音、压差、扭矩、位移、电位、角度中一种或几种，所述的传感器是单通道传感器或多通道传感器。
  4. 如权利要求1所述的智慧化海上平台生活污水处理***，其特征在于：数据存储***将接收的数据按来源分为监测数据、算法数据，根据细分程度分为明细数据、汇总数据，从更新程度上分为实时数据、批量数据；数据存储***具有兼容性和扩展性。
  5. 如权利要求1所述的智慧化海上平台生活污水处理***，其特征在于：数据处理***的过滤模块对数据存储***中的数据进行筛选、过滤，筛选出有价值数据，过滤剔除无用或者重复的数据，同时对数据的准确性、适用性、及时性进行判断，进一步影响数据存储***中的数据；整合模块将有价值数据进行分类、整合、组队、排序、变换、集成、结构化；整合后的数据通过统计、算法、精算建立模型，形成模型模块；模型模块定义出各指标的合理参数、阈值参数、警告参数，以及调度方案、负载均衡计划、趋势状态，最终形成参数模块；根据新收集的数据，模型模块和参数模块定期评估、优化、更新自身数据库；新收集的数据与参数模块数据进行比对，当接近阈值参数时，反馈模块通知用户该指标的近期汇总数据及可能趋势，提醒用户进行处理；当新收集的数据到达甚至超出警告参数时，反馈模块首先以警告的形式通知用户，在用户无法及时反馈且已授权情况下自动调整设备参数直至数据处于合理范围；处理后的数据以多种形式由输出模块输出至终端，供用户进行检索、利用、决策；数据输出结果包括设备/仪表/泵阀实时状态、设备能耗、设备效率、水质数据、水量数据，以及决策建议、调度方案、维护建议。
  6. 如权利要求1所述的智慧化海上平台生活污水处理***，其特征在于：所述的可视化操作平台供查询、检索、分析和统计生活污水处理设备的状态及运行情况，用户根据需求设置操作权限、使用人数、使用范围。
  7. 如权利要求1所述的智慧化海上平台生活污水处理***，其特征在于：所述的可视化操作平台为固定可视化操作平台或可移动可视化操作平台。
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