Integrated Dispatch and Operations Management System
I. Product Introduction The integrated dispatch and operation management system is aimed at municipalwater purification plants,industrial water purification plants,water supply pump stations, and the development of multi-site water supply projects in countiescentralized management platform. The ...
I. Product Introduction
The integrated dispatch and operation management system is aimed at municipalwater purification plants,industrial water purification plants,water supply pump stations, and the development of multi-site water supply projects in countiescentralized management platform. The system integrateswater purification treatment facilitiesoperational data, equipment status, alarm information, operation and maintenance tasks, and operational statistics data, providing management personnel with unified operational dispatch, task management, and operational decision support.
For a singlewater purification plants, the system can assist management personnel in understanding the overall plant operation status, coordinating equipment operation and maintenance tasks, tracking abnormal events, and summarizing operational data; fordistributed water supply projects, the system can connect multiplewater supply sitesto a unified management platform, centrally viewing the operational status, abnormal information, and maintenance progress of each site, and coordinating personnel, equipment maintenance, and on-site handling tasks.
The system can integrate with PLC control systems,SCADA real-time monitoring systems, equipment operation and maintenance management systems, energy consumption management systems, and 3D visualization platforms, forming a comprehensive management system covering on-site operations, exception handling, maintenance coordination, and operational statistics.
II. Main Functions
1. Plant-wide and multi-site operation overview
Unified display of the operational status of water purification plants or multiple water supply sites, helping management personnel quickly grasp the overall operational status.
Main functions include:
l Overview of plant-wide and each site's operational status
l Display of equipment operation, shutdown, and fault conditions at each site
l Display of inlet and outlet flow rates and connected water quality parameters
l Summary of operational status of key process units
l Centralized display of unhandled alarms and pending tasks
l Comparison of operational data and abnormal conditions across sites
l View site distribution via plant maps or GIS maps (configured per project)
For county multi-site water supply projects, classification can be made by region, site type, or management unit, helping management personnel quickly identify sites requiring priority attention.
2. Operation dispatch and task coordination
Centered onwater purification treatment facilities' daily operations and management needs, operational tasks are uniformly organized and coordinated.
Main functions include:
l Creation and assignment of operational tasks
l Organizing tasks by site, region, or responsible department
l Tracking of operational abnormalities and equipment fault handling tasks
l Management of task priority, processing time limits, and completion status
l Task execution feedback and result confirmation
l Cross-site task coordination and processing progress viewing
When involving on-site equipment control such as water pump start/stop, valve actions, and dosing adjustments, the system must implement through designed and authorized control interfaces, and comply with on-site PLC interlock, protection, and operational permission requirements. The operation dispatch module itself does not replace the on-site control system.
3. Unified management of abnormal events
Integrate SCADA alarms, equipment faults, inspection abnormalities, and manually reported issues into a unified event management process.
Main functions include:
l Aggregate alarms and abnormal events connected from each site
l Classify by event type, severity, site, and time
l Associate on-site equipment, operational data, and related video information
l Assign responsible personnel and handling departments
l Track event confirmation, handling, review, and closure status
l Record event causes, handling measures, and results
l Query historical events and conduct statistical analysis
Through a unified event management mechanism, reduce the problem of abnormal information being scattered across different systems or personnel, and improve cross-department collaborative handling efficiency.
4. Operation and maintenance personnel and work order management
Combined with the equipment operation and maintenance management module, uniformly coordinate personnel, tasks, and maintenance processes.
Main functions include:
l Management of operation and maintenance personnel and responsible areas
l Dispatch of inspection, repair, and maintenance tasks
l Arrange work by site, task type, and urgency
l View task acceptance, execution, and completion status
l Record on-site handling results and related materials
l Statistics on personnel workload, task completion rate, and overdue situations
In multi-site projects, operation and maintenance work can be arranged according to geographical regions, personnel configuration, and task priorities. Functions such as personnel positioning, mobile check-in, route optimization, and mobile work orders can be configured according to project requirements.
5. Operation planning and production management
According to the management system of water purification plantsand actual operational processes, organize daily operation plans and related management tasks.
Main functions include:
l Daily operation plan and task management
l Summary of inlet water volume, treatment volume, and related production data
l Coordination of equipment operation plans and maintenance tasks
l Management of chemical usage and inventory information (configured per project)
l Management of production operation records and shift handover information
l Tracking of operational abnormalities and plan execution status
l Generation of daily, weekly, and monthly production reports
Specific management contentis determined according to the business processes of water purification plants, existing management systems, and project requirements.
6. Dispatch auxiliary analysis and decision support
Integrating operational data, equipment status, alarm information, energy consumption indicators, and operation and maintenance tasks from each site, provide management personnel with operational analysis and dispatch decision basis.
Main functions include:
l Comparison of operational status and abnormal conditions across sites
l Analysis of treatment volume, equipment operation, and energy consumption trends
l Statistics on high-frequency faults and repeated abnormalities
l Summary of pending tasks and operation and maintenance resource status
l Statistics on site operational performance and management indicators
l Generation of abnormal prompts and management suggestions based on configured rules
When reliable data and applicable models are available, functions such as trend prediction, anomaly analysis, and auxiliary evaluation of dispatch plans can be further configured. Analysis results are used to support management personnel decisions; specific dispatch plans still need to be confirmed in combination with process conditions, equipment capacity, and on-site management requirements.
7. Operational reports and performance management
Summarize key data from each business module into operational management indicators, providing a basis for daily management, internal assessment, and project operational analysis.
Main functions include:
l Statistics on water production volume and operational status
l Statistics on equipment faults and repair status
l Statistics on operation and maintenance task completion rate and overdue situations
l Statistics on energy consumption and energy consumption per unit of water production
l Statistics on alarm events and abnormal handling status
l Horizontal comparison of operational indicators across multiple sites
l Generation of daily, weekly, monthly, and custom reports
Report indicators, statistical periods, assessment rules, and export formats can be customized according to project requirements. When involving indicators such as water quality compliance rate and equipment availability rate, reliable monitoring data and clear statistical calibers should be used as the basis.
8. Permission management and operation audit
According to the management organizational structure and job responsibilities, implement hierarchical management of platform functions, data viewing, and operational permissions.
Main functions include:
l Management of users, roles, and organizational structure
l Assignment of data permissions by plant, site, or management region
l Configuration of functional access permissions by position
l Recording of key operations and related operation logs
l Query of important events and management process records
l Support for configuring approval and review processes according to project requirements
For functions involving remote operation of on-site equipment, a separate authorization mechanism should be set up, and designed in combination with measures such as identity authentication, operation confirmation, communication security, and on-site interlock protection.
III. System Composition
The integrated dispatch and operation management system usually consists of the following parts:
On-site control and monitoring system → Data integration layer → Integrated dispatch management platform → Operation management applications → Management personnel and operation and maintenance personnel
1,On-site control layer: Water purification treatment equipment,PLC control cabinets, on-site instruments, and other automation equipment.
2,Real-time monitoring layer: SCADA system, alarm management, and equipment operation status monitoring.
3,Data integration layer: Integration with equipment operation and maintenance, energy consumption management, water quality monitoring, video security, and other business systems.
4,Comprehensive management layer: Unified site overview, event management, task dispatch, operation planning, and dispatch coordination.
5,Analysis and report layer: Operational indicator statistics, energy consumption analysis, operation and maintenance performance, and operational reports.
6,User application layer: Provide corresponding access interfaces for management personnel, dispatch personnel, and operation and maintenance personnel; mobile applications are configured per project.
The actual system architecture is determined according to site scale, data interfaces, network conditions, and management requirements.
IV. Applicable Scenarios
l Large municipalwater purification plants: Unified coordination of production operations, equipment maintenance, abnormal events, and operational statistics.
l Industrial water treatment projects: Centralized organization of water purification treatment facility operations, equipment management, and operational tasks.
l County rural water supply projects: Centralized management of multiple distributedwater supply sites, tracking abnormalities and operation and maintenance tasks at each site.
l Water supply pump station clusters: Unified viewing of the operational status of each pump station, coordinating fault handling and on-site inspections.
l Multi-region water utility operation projects: Establish cross-region, cross-site operation overview and operation and maintenance coordination mechanisms.
V. Customized Services
According to water purification projectsite scale, management organization, existing automation systems, and operational processes, provide corresponding platform integration and customization services.
l Establish plant, regional, and site management systems according to project organizational structure.
l Integrate with PLC,SCADA, equipment operation and maintenance, and energy consumption management systems.
l Configure operation overview, abnormal event, and task management processes according to actual business.
l Customize functions for operation and maintenance personnel, repair work orders, inspections, and production plan management.
l Configure operational indicators, statistical reports, and performance analysis according to management requirements.
l Configure GIS maps, mobile applications, and message notifications according to project needs.
l Design control interfaces, configure permissions, and conduct security assessments for scenarios requiring remote dispatch.
Specific functions, integration scope, and implementation methods are subject to the project technical plan and on-site conditions.
VI. Application Value
l Unified grasp of operational status: Centrally view the operational status, abnormal information, and pending tasks of each plant or site.
l Improve dispatch coordination efficiency: Incorporate operational tasks, fault handling, and operation and maintenance arrangements into a unified management process.
l Strengthen multi-site operation management: Reduce information islands at distributed sites, facilitating cross-regional resource coordination.
l Standardize abnormal handling processes: Form closed-loop records from problem discovery and task dispatch to completion of handling.
l Improve operational transparency: Grasp operations, energy consumption, and operation and maintenance status through unified indicators and reports.
l Assist management decisions: Provide data support for personnel arrangement, equipment maintenance, and site operation optimization.
VII. Product Description
The integrated dispatch and operation management systemfocuses on the operational coordination, event handling, task management, and operational analysis of water purification plants and multi-site projects. It works in conjunction with SCADA real-time monitoring systems, equipment operation and maintenance management systems, and energy consumption management systems, but does not replace the professional functions of each business module.
SCADA is responsible for real-time monitoring of on-site equipment and process parameters; the equipment operation and maintenance system is responsible for equipment files, inspections, repairs, and maintenance; the energy consumption management system is responsible for energy statistics and energy-saving analysis; the integrated dispatch and operation management system is responsible for summarizing this information and coordinating daily operations, personnel tasks, and abnormal handling.
For projects requiring cross-site remote dispatch or remote operation of on-site equipment,
