FUGUANG
Solution
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Environmental monitoring
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Station type water quality automatic monitoring system
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Container-type water quality automatic monitoring system
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Landscape type water quality automatic monitoring system
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Buoy type automatic water quality monitoring system
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Urban inland river water environment monitoring system
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Aquaculture water quality automatic monitoring system
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Comprehensive solutions for rural drinking water
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Groundwater quality monitoring system
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River Guard
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Inland River Management and Control Platform
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Mini water quality automatic monitoring station
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Water quality warning and prediction system
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Quality control instrument
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Smart Water
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Smart Water Supply Solutions
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Overview and architecture of smart water supply solutions
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Water supply pipeline network geographic information system
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Water supply pipeline network field collection system
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Water supply plant control system
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Water fee revenue management system
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Water supply dispatch system
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Secondary water supply management system
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Zoned metering and leakage control
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Operation and maintenance management system
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Water source monitoring and early warning system
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Smart Wastewater Solutions
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Solution Overview and Architecture
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Pipeline network geographic information systems
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Drainage monitoring and diagnostic analysis
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Pipeline network inspection and maintenance system
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Pipeline network field collection system
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Engineering management system
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Flood control dispatch system
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Drainage household management system
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Digitization of pump station management
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Digitalization of wastewater treatment plants
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Smart Chemical Dosage and Phosphorus RemovalControl System
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Smart Aeration Control System
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The wastewater treatment plant digital system includes the STEM-WWTP process intelligent system developed by Professor Shi Hanchang from Tsinghua University, which draws on over 20 years of wastewater treatment process research experience, as well as our company's self-developed municipal sewage treatment plant production management system and equipment operation and maintenance management system based on years of industry experience in municipal wastewater treatment plants. Customers can select the corresponding modules to use individually or in combination according to their needs. With the digital system of the wastewater treatment plant, customers can achieve comprehensive monitoring of the wastewater treatment process, 3D visualization, and remote automatic equipment control, linking equipment archives and operation and maintenance, enabling full-process simulation and plant-wide optimization control such as precise aeration and intelligent dosing control, driving the wastewater plant's transformation toward a smarter and more refined management model.
Core System
Production management system
● Comprehensive supervision of the factory area
Constructs plant scene maps and locates related equipment, forming layers for integrated security, production monitoring, and plant operation and maintenance, comprehensively displaying all elements of the wastewater treatment plant, while also supporting users to select special topics for details.
● Process monitoring
Integrating process sections and pipeline network layouts to present a panoramic view of the wastewater treatment plant, presenting facility distribution and pipeline network directions, with real-time updates of monitoring data and operational results, enabling users to instantly grasp the overall operating status of the wastewater treatment plant.
● Comprehensive operational analysis
Users can select management metrics as needed to generate, query, and export corresponding reports; At the same time, it can select operational quantitative indicators from multiple angles, set weights and aggregate scores, and customize iterative analysis metrics and algorithms. By analyzing results trends, you can understand operational status and identify weak points to formulate improvement measures.
● Laboratory management
Provides convenient services for laboratory management, standardizes the process of entering test results, enables digital archiving, electronic conversion and publication of test reports, and ensures the accuracy and completeness of test results.
Equipment operation and maintenance management system
● Equipment management
Builds a unified equipment information ledger for users, records original device data, and forms archives and unique QR codes; Integrates equipment asset ledgers, business models, and QR codes to achieve full-process management from equipment commissioning to retirement, ensuring information is complete and unique.
● Patrol inspection management
Provides a comprehensive and efficient inspection management toolset that supports full-process digitalization of inspection work, ensuring no omissions and full coverage from planning and incident reporting to inspection completion.
● Maintenance and inspection
Integrate key maintenance and inspection steps, coordinate planning, and automatically trigger releases according to rules to ensure regular equipment maintenance, reduce faults, assist in analyzing equipment status, and guarantee facility operation and efficiency.
● Maintenance management
Dynamic adjustment of work order plans, task queries and detailed management, comprehensive statistics and in-depth analysis of maintenance data are performed to ensure transparency and traceability throughout the maintenance process.
STEM-WWTP Process Intelligence System
The STEM Model (Sewage Treatment Engineering Model) is a sewage treatment engineering model proposed by Professor Shi Hanchang, led by an expert team led by Professor Shi Hanchang, based on years of international model research and application. It addresses the recent development needs of domestic wastewater treatment plant process simulation and intelligent control, combining the actual process and operational characteristics of wastewater treatment plants.
The STEM-WWTP Process Intelligence System centers on the STEM model. Based on a small number of conventional water quality monitoring indicators, it achieves efficient operation of wastewater treatment plants under optimal conditions through simulation, automatic control systems, and other intelligent methods. Its main applications are as follows:
User Improvement
● Energy conservation, consumption reduction, and carbon emission reduction
By using intelligent algorithms to optimize processes, stable dissolved oxygen control is achieved at the end of the biochemical tank, promoting denitrification for hypoxia, saving blower energy consumption, carbon source dosage, and phosphorus removal drug consumption, achieving stable and compliant effluent output, energy and chemical savings, and intelligent operation.
● Intelligent integration
By leveraging modern communication technology, the wastewater treatment plant integrates digital twins, process simulation, production monitoring, and business applications, achieving cross-system data integration. By combining it with the use of mobile apps, it enables comprehensive monitoring of all elements in the plant area and real-time panoramic process control, reducing management costs for wastewater treatment plants.
Mailing Address: Building B, No. 168 Jinyan Road, Jianxin Town, Cangshan District, Fuzhou
Postal Code: 350007
Customer Service Hotline: 400-668-8627
Main Line/Fax: 0591-83305533/83305866
Email: fgwater@fuguang.com
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