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以SPS为核心构筑适合中国IT服务运营的标准和规范1234

以SPS为核心构筑适合中国IT服务运营的标准和规范1234

智慧园区

智慧园区

  全面建成园区大气及水域预防预警监控点,园区边界及周边环境敏感点大气环境、有毒有害气体及异味监测,园区周边水体、排口及其上下游水质监测,园区环保基础设施安装视频监控、在线工况监控、污染物在线监测以及在线质控设施。因地制宜设计合理大气及水的监测模式,根据需求合理制定监测点位、监测指标、监测频次、监测技术、采样方法和监测分析方法,并设计自行监测的质控措施和信息公开方式。针对治理设施、控制单元及监测设备设置工况监控,企业各类污染治理设施单独安装计量装置,关键设备设置在线工况监控。企业污水、雨水排口设置在线监测、在线质控、视频监控和由监管部门控制的自动排放阀。园区建立统一的“一园一档环境信息管理平台”,涵盖园区基本情况、企业基础档案、特征污染物名录库、环保专项业务管理、环境监控预警、LDAR管理系统、园区污染溯源分析、园区风险与应急指挥以及园区环境视频监控等。

水域污染溯源及成因分析服务

水域污染溯源及成因分析服务

  水域污染溯源及成因分析服务利用空中、陆地、水面、水下各个纬度的监测手段进行立体监测。空中无人机搭载高光谱/多光谱实现对江河湖库遥测以及水质反演(叶绿素、浊度、总磷、总氮等);水下机器人搭载摄像头和水质传感器暗管偷排取证、水质快速测量、水下视频监控等功能;陆地采用固定架设多光谱视频相机、水质监控站实现全天候水质采集。 <br />  利用物联网监测手段、立体监测高光谱反演、可靠算法模型进行污染成因报告输出。确保高精度监控、高可靠数据、高质量输出。

智慧供水

智慧供水

  智慧供水采用液位仪、水质监控柜、流量计、压力计、集中器等物联网感知硬件,对取水、治水、输水、二供、营收等进行全面感知。并综合数据集中、综合分析、智能化管控、智慧应用等现代化手段,实现智慧供水一体化平台。 <br />  一体化平台包含二次供水管理平台、智能水质管理分析平台、管网漏损分析系统、大数据分析平台、智慧计量远传抄表平台、智慧管网平台、远程智慧调度平台、水生产运维平台等。

不断创新,不断推出更多更好的服务,打造智能型的中国企业,成就智慧企业家!

不断创新,不断推出更多更好的服务,打造智能型的中国企业,成就智慧企业家!

本集团认为,在经济全球化的信息时代,信息化将成为中小企业提升自身竞争力的必由之路,而电子商务将成为企业实现信息化的关键路径。因此,本集团将持续专注于推动中国中小企业的电子商务与信息化进程,不断创新,不断推出更多更好的服务,打造智能型的中国企业,成就智慧企业家!

技术创新是核心竞争力的关键

技术创新是核心竞争力的关键

信息化将成为中小企业提升自身竞争力的必由之路

信息化将成为中小企业提升自身竞争力的必由之路

本集团认为,在经济全球化的信息时代,信息化将成为中小企业提升自身竞争力的必由之路,而电子商务将成为企业实现信息化的关键路径。因此,本集团将持续专注于推动中国中小企业的电子商务与信息化进程,不断创新,不断推出更多更好的服务,打造智能型的中国企业,成就智慧企业家!

以SPS为核心构筑适合中国IT服务运营的标准和规范

以SPS为核心构筑适合中国IT服务运营的标准和规范

长风联盟互联网信息服务业促进工作组

长风联盟互联网信息服务业促进工作组

以SPS为核心构筑适合中国IT服务运营的标准和规范

以SPS为核心构筑适合中国IT服务运营的标准和规范

本集团认为,在经济全球化的信息时代,信息化将成为中小企业提升自身竞争力的必由之路,而电子商务将成为企业实现信息化的关键路径。因此,本集团将持续专注于推动中国中小企业的电子商务与信息化进程,不断创新,不断推出更多更好的服务,打造智能型的中国企业,成就智慧企业家!

欧泰助阵前线医院检测医疗污水安全性

欧泰助阵前线医院检测医疗污水安全性

为全面落实生态环境部《关于做好新型冠状病毒感染的肺炎疫情医疗污水和城镇污水监管工作的通知》要求,每日要开展医院污染防治的现场检查。特别要查看消毒剂的投加量和余氯指标,来衡量医疗污水的消毒效果。但在当前疫情防控的严峻形势下,依靠人工监测和监管,既不安全也不安心。

Testing of Medical Sewage Safety at the Front Line Hospital

Testing of Medical Sewage Safety at the Front Line Hospital

In order to fully implement the requirements of the Ministry of Ecology and Environment's notice on the supervision of medical sewage and urban sewage in the pneumonia epidemic situation of new coronavirus infection, the on-site inspection of hospital pollution prevention and control should be carried out daily. In particular, we should check the dosage of disinfectant and residual chlorine index to measure the disinfection effect of medical sewage. However, under the severe situation of epidemic prevention and control, relying on manual monitoring and supervision is neither safe nor secure.

智慧河湖长管理

智慧河湖长管理

  当前我国水资源面临的形势十分严峻,水污染严重、水生态环境恶化、水资源短缺等问题日益突出,已成为制约经济社会可持续发展的主要瓶颈。为促进水资源可持续利用和经济发展方式转变,推动经济社会发展与水资源水环境承载能力相协调,保障经济社会长期平稳较快发展,2012年1月国务院发布了《关于实行最严格水资源管理制度的意见》,从国家层面对实行最严格水资源管理制度进行了全面部署和具体安排。<br />  “河长制管理信息系统”一个能够覆盖全省的智慧河长监控处理系统。通过该系统,省、市、县、镇四级河长可以通过PC端和移动端进行管理,公众可以通过APP、微信、热线电话等参与治水。

Management of Wisdom River and Lake Chief

Management of Wisdom River and Lake Chief

At present, the situation of water resources in China is very severe, and the problems of serious water pollution, deterioration of water ecological environment and shortage of water resources are becoming more and more prominent, which has become the main bottleneck restricting the sustainable development of economy and society. In order to promote the sustainable use of water resources and the transformation of the mode of economic development, promote the coordination of economic and social development with the carrying capacity of water resources and water environment, and ensure the long-term steady and rapid development of the economy and society, the State Council issued the Opinions on the Implementation of the Strictest Water Resources Management System in January 2012, and made comprehensive arrangements and specific arrangements for the implementation of the Strictest Water Resources Management System at the national level.</br> "River length system management information system" a can cover the province's intelligent river length monitoring and processing system. Through the system, the provincial, municipal, county, town four-level river length can be managed through the PC end and mobile end, and the public can participate in water control through APP、 WeChat, hotline and so on.

水环境(黑臭水体)监测评价

水环境(黑臭水体)监测评价

  城市黑臭水体不仅给群众带来了极差的感官体验,也是直接影响群众生产生活的突出水环境问题,国务院颁布的《水污染防治行动计划》提出“到2020 年,地级及以上城市建成区黑臭水体均控制在10%以内,到2030 年,城市建成区黑臭水体总体得到消除”的控制性目标。<br />  黑臭水体监测评价系统”基于物联网的理念,采用信息化手段,结合GIS展示,实现对“黑臭水体”水质、水量、污染源排放、环境因素的监测,建立长效的监督管理机制,打造“水资源、水安全、水环境、水生态”为一体的监测、治理、运维平台,实现立体感知、多层次服务、智能决策,有效提升综合整治能力,实现绿水青山,最终达到提升人居环境质量,改善城市生态环境的目的。

Monitoring and evaluation of water environment (black and smelly water body)

Monitoring and evaluation of water environment (black and smelly water body)

Urban black-smelly water bodies not only bring poor sensory experience to the masses, but also a prominent water environment problem that directly affects the production and life of the masses. By 2020, the black-smelly water bodies in urban built-up areas at or above the prefectural level are controlled within 10%, and by 2030, the black-smelly water bodies in urban built-up areas are generally eliminated.</br> Based on the concept of Internet of things, the monitoring and evaluation system of black-smelly water body uses information technology and GIS display to realize the monitoring of water quality, water quantity, pollution source discharge and environmental factors of black-smelly water body, to establish a long-term supervision and management mechanism, to create a monitoring, control, operation and maintenance platform of "water resources, water safety, water environment and water ecology ", to realize three-dimensional perception, multi-level service, intelligent decision-making, to effectively improve the comprehensive regulation ability, to realize the green water and green mountain, and finally to improve the quality of human settlements and the urban ecological environment.

智慧海绵监测评价

智慧海绵监测评价

  智慧海绵城市评价有助于治水提质、防洪排涝,通过部署物联网海绵湿地监测设备,形成水环境质量、径流总量、水位、热岛效应等监管考核数据,促进城市良性水文循环。<br />   基于“物联网” 理念,利用先进的传感技术,实时监测城市水文信息,海绵监测评价系统由四部分组成:感知层、传输层、平台层以及应用层。感知层主要实时在线采集流量、水位、雨量、墒情、渗透率、空气温湿度、水质以及视频等信息;传输层由专用RTU和电信公网组成,实时读取和处理各类传感数据并传输到平台层;平台层主要对接收到的信息进行收集、存储、整理、分析;应用层则以数据为基础,实现对“海绵城市”的监测信息、项目信息、评价考核、法律法规等进行综合展示。

Intelligent sponge monitoring and evaluation

Intelligent sponge monitoring and evaluation

Intelligent sponge city evaluation is helpful to improve water quality and flood control and drainage. Through the deployment of Internet of things sponge wetland monitoring equipment, the monitoring and assessment data of water environment quality, total runoff, water level and heat island effect are formed to promote the benign hydrological cycle of the city.</br> Based on the concept of "Internet of things ", using advanced sensing technology to monitor urban hydrological information in real time, sponge monitoring and evaluation system consists of four parts: perception layer, transport layer, platform layer and application layer. Based on the data, the application layer displays the monitoring information, project information, evaluation and assessment, laws and regulations of Sponge City.

城市智慧排水

城市智慧排水

  “城市排水信息化管理系统”基于物联网理念,采用信息化手段,结合GIS展示,全面掌握排水系统的运行情况如管网液位、流量、水质、气体、泵站运行状态等信息,保证排水系统安全高效运行;通过构建安全预警平台,提高应急指挥及快速处置能力;保障城市排水管线的安全运行,使得整个城市排水管线的安全运行可把握、可控制、可预测,提供科学、先进的城市级水力分析模型,全面评估城市排水管网能力;以城市排水设施数据为基础,结合管网监控数据、气象雨情信息,为城市排水规划、防涝预测提供决策依据。

Urban Smart Drainage

Urban Smart Drainage

Based on the concept of Internet of things, the "urban drainage information management system" uses information technology means, combined with GIS display, to fully grasp the operation of the drainage system such as pipe network level, flow, water quality, gas, pump station operation state and other information to ensure the safe and efficient operation of the drainage system; through the construction of a safe early warning platform to improve emergency command and rapid disposal capacity; to ensure the safe operation of urban drainage pipeline, so that the safe operation of the entire urban drainage pipeline can be grasped, controlled, predictable, provide scientific and advanced urban hydraulic analysis model, comprehensive evaluation of urban drainage network capacity; Based on the data of urban drainage facilities, combined with pipe network monitoring data and meteorological rain information, it provides decision basis for urban drainage planning and waterlogging prevention prediction.

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