Solutions by industrial scenario
We organize solutions by real engineering scenario, so the scope, system architecture and delivery responsibilities are clear from the start.
Start from operating risk
We first clarify production continuity, safety boundary, existing equipment status and shutdown window instead of starting with a product list.
Define the control boundary
The scope covers field instruments, drive systems, PLC/DCS logic, HMI/SCADA, reports, permissions and handover documentation.
Design for commissioning
For retrofit projects, architecture and schedule are planned around installation, communication tests, linked commissioning and load verification.
Leave a maintainable system
Programs, drawings, point lists, parameter backups, operation manuals and training are treated as part of the engineering deliverable.
Solution tracks for real engineering sites
Each solution is described by scenarios, deliverables and customer value so procurement, engineering and operation teams can align scope quickly.
Industrial Pump Group Control & Constant-Pressure Water Supply
Stabilize pressure, reduce avoidable energy waste, balance pump runtime and make operation easier to monitor and maintain.
Typical scenarios
- Industrial circulating and process water
- Water plants and booster stations
- Factory, park and building pump rooms
Deliverables
- Pump-system operating assessment
- PLC/VFD multi-pump control
- SCADA trends, alarms and energy reports
Port Machinery Electrical Control Upgrade
Improve response speed, linked motion stability, operating visibility and maintainability for heavy-duty equipment.
Typical scenarios
- Ship unloaders and ship loaders
- Stacker-reclaimers and tipplers
- Coal handling and bulk material systems
Deliverables
- Control architecture and PLC program
- AC/DC drive upgrade and signal acquisition
- HMI screens, linked commissioning and load trial
Power Energy Automation & Auxiliary Control
Connect scattered auxiliary systems into a more visible, maintainable and centrally managed operating layer.
Typical scenarios
- Coal handling and fuel receiving
- Water treatment, circulating water and wastewater
- Ash handling, denitration and auxiliary systems
Deliverables
- Auxiliary control architecture
- DCS/MIS data interface planning
- Monitoring screens, alarms, reports and commissioning
Water Treatment & Municipal Automation
Support stable water supply, compliant records, faster alarm response and lower manual inspection pressure.
Typical scenarios
- Water plants and wastewater plants
- Pump stations and pipe-network support systems
- Emission monitoring and compliance reporting
Deliverables
- PLC control and online instrument access
- Pump station monitoring and video integration
- SCADA dashboards, reports and remote O&M
Petrochemical Instrumentation & Safety Monitoring
Make key safety parameters visible, traceable and connected to alarms, interlocks and operating records.
Typical scenarios
- Tank farms and storage-transfer areas
- Combustible gas and safety alarm systems
- Electronic metering and inventory management
Deliverables
- Instrumentation point review
- PLC/SCADA monitoring and SIS linkage planning
- Traceable reports and emergency operation support
Industrial Software, Remote O&M & Legacy Upgrade
Reduce downtime risk while giving operators clearer data, alarms, maintenance records and remote support capability.
Typical scenarios
- Aging PLC/HMI/SCADA systems
- Remote monitoring for distributed sites
- Energy management and smart factory visualization
Deliverables
- System assessment and migration plan
- Communication reconstruction and data platform
- Remote diagnosis, reports, training and maintenance
Industrial Data & AI Integration
Turn existing PLC/SCADA data into earlier fault warning, fewer false alarms and data-backed decisions — without replacing control systems.
Typical scenarios
- Predictive maintenance for critical equipment
- Smart-alarm filtering on plant/tank-farm SCADA
- Energy and efficiency analytics across sites
Deliverables
- Data foundation and historian
- Anomaly detection and predictive models
- AI-assisted remote diagnostics with human-in-the-loop
Digital Twin for Industrial Automation
Give operators an intuitive, data-bound view of the system for monitoring, safe rehearsal, training and unified decision-making.
Typical scenarios
- Live visualization of complex equipment/sites
- Process rehearsal before retrofit or changes
- Operator training sandbox and unified park/factory view
Deliverables
- Purpose-scoped 3D/process model
- Real-time binding to PLC/SCADA data
- What-if simulation, training sandbox and remote-O&M integration
Control Panel & Drive System Integration
Deliver standardized, well-documented panels and drive systems that are reliable, maintainable and ready to integrate with PLC/SCADA.
Typical scenarios
- Control panels and motor control centers (MCC)
- VFD and soft-starter drive cabinets
- Pump, fan and conveyor motor groups
Deliverables
- Panel and schematic design with point lists
- Drive selection, motor protection and interlock
- Factory acceptance test, installation and commissioning
Industrial Network & Communication Integration
Make industrial data exchange reliable, diagnosable and ready for SCADA, remote O&M, reporting and future analytics.
Typical scenarios
- PLC, SCADA and upper-system data exchange
- Protocol gateway and edge acquisition
- Industrial Ethernet and segmented control networks
Deliverables
- Protocol survey and point-list confirmation
- Network topology, address plan and switch configuration
- OPC UA / Modbus / Profinet gateway integration and diagnostics
Every solution ends with clear engineering boundaries
How to choose the right solution track
Many projects are cross-domain. The first step is to identify the dominant risk and delivery objective, then combine solution modules as needed.
Retrofit projects need risk control before technical ambition
Most failed retrofits fail at boundaries, cutover and acceptance. Meshox treats these as engineering tasks, not afterthoughts.
Unknown existing logic
Review programs, drawings, cabinet wiring and operator habits before deciding what to retain, rewrite or migrate.
Short shutdown window
Prepare staged cutover, pre-test cabinets, confirm spare parts and keep rollback options where practical.
Mixed protocols and brands
Confirm point lists, communication drivers, data ownership and interface responsibility before implementation.
Acceptance criteria are vague
Tie acceptance to screens, alarms, interlocks, reports, communication tests, linked commissioning and training records.
Have a control system, retrofit or integration project?
Start with a project evaluation. An engineer will review your requirements and propose a fitting control solution.