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솔루션: Smart Monitoring & Automation for Municipal Systems
Executive summary
Reliable municipal service needs eyes on every asset. Our integrated SCADA/PLC/HMI platform connects treatment plants, pump stations and reservoirs for real-time monitoring, control and alarms. We combine trend-based analytics, energy optimization and remote telemetry to improve water quality, reduce NRW and lower O&M costs—while keeping your team in control on site and from secure web and mobile dashboards.
Applications
- Drinking water plants — Continuous monitoring of pH, turbidity, residual chlorine, conductivity/TDS, UV dose and filter status for regulatory compliance.
- Wastewater treatment plants — Aeration control, sludge processing, RAS/WAS flow, blowers and chemical dosing with interlocks and trends.
- Pump stations & reservoirs — Level, flow, pressure, VFD speed, pump health; start/stop sequences with surge protection and run-time balancing.
- Distribution networks — District metering, pressure zones and leak indicators to cut NRW and stabilize supply.
What you get
- Unified monitoring across sites (plant, reservoir, booster, well field) with map view and asset hierarchy.
- Safe remote control — role-based access, interlocks and two-step confirms for critical actions.
- Alarm philosophy — priority levels, SMS/email/on-screen alerts, duty roster and escalation.
- Analytics — trend KPIs (water quality, energy per m³, pump efficiency, filter run length) with thresholds and drift detection.
- Reporting — auto PDF/CSV for regulator submissions; shift, daily and monthly summaries.
- Cybersecurity — VLAN segmentation, encrypted tunnels, user audit trails; offline-first control at the PLC even if comms drop.
Solution architecture
Field instruments (flow, level, pressure, pH, turbidity, residual chlorine, DO, ORP, conductivity/TDS, temperature) connect to PLC/RTU panels. Communications support Modbus RTU/TCP, 4–20 mA, pulse, Profibus/Profinet, with secure backhaul via fiber, Ethernet, or 4G/5G. The SCADA/HMI server (on-prem or private cloud) hosts historian trends, alarm server, and web dashboards. Optional cloud gateway enables mobile access and multi-site roll-ups. Redundant power and storage keep critical loops running in outages.
KPIs & expected outcomes*
| KPI | Typical range | 참고 |
|---|---|---|
| Response time to critical alarms | < 5 minutes | Escalation reduces overflow/quality risk. |
| Energy per m³ (plant) | ↓ 5–15% | VFD optimization & schedule control. |
| Filter run length | ↑ 10–25% | Backwash by ΔP & turbidity trends. |
| NRW (district metering) | ↓ 2–8% in yr 1 | Pressure management & night-flow analytics. |
| Unplanned downtime | ↓ 20–40% | Predictive maintenance on pumps & blowers. |
*Indicative only; site conditions and operating strategy determine results.
Integration & interoperability
- Protocols: Modbus RTU/TCP, OPC UA, MQTT; legacy I/O can be gatewayed.
- Third-party instruments and VFDs from major vendors are supported.
- Data export: CSV, API, OPC UA; GIS & CMMS hooks on request.
Deliverables
- P&ID, control narratives and alarm matrix.
- I/O list & tag database (CSV), network topology and addressing plan.
- HMI screens, historian tags and report templates.
- FAT/SAT with operator training, O&M guides and spares list.
Case snapshot
Latin America, 150,000 PE water utility. Rolled out plant SCADA, six booster stations and a DMZ cloud viewer in 8 weeks. Results six months post-startup: energy/m³ down ~9%, nightflow flagged two leaks (NRW improved ~3%), regulator report export time cut from 2 days to 30 minutes.
자주 묻는 질문
How long does deployment take?
Small plant + two pump stations: 4–8 weeks from approved I/O list and telecoms access. Multi-site rollouts scale in phases.
Do we need the internet for control?
No. PLCs and local HMIs run autonomously; remote dashboards and notifications use secure tunnels when connectivity is available.
Can we reuse existing instruments and panels?
In most cases yes. We map existing tags/protocols and add gateways or I/O modules as needed to avoid rip-and-replace.
What about licences and ownership?
Options include perpetual on-prem SCADA or subscription dashboard. All data and tag databases are project deliverables.
Reliable municipal service needs eyes on every asset. Our SCADA/PLC/HMI platform connects treatment plants, pump stations and reservoirs for real-time monitoring, control and alarms. We integrate analytics, energy optimization and remote telemetry to improve water quality, reduce NRW and lower O&M costs.
Modern municipal water systems require more than just robust treatment technologies—they demand intelligent monitoring and automation for optimal performance, cost efficiency, and compliance.
STARK’s Smart Monitoring & Automation solutions integrate real-time data acquisition, predictive analytics, and remote control capabilities to ensure municipal water utilities run smoothly, safely, and sustainably.
municipal water SCADA Key Benefits
24/7 Real-Time Monitoring – Access instant water quality and performance data from anywhere.
Optimized Energy & Chemical Use – Reduce operational costs through intelligent control strategies.
Predictive Maintenance – Identify equipment issues before failures occur, preventing downtime.
Regulatory Compliance – Automated reporting and alarms to meet local and international standards.
municipal water SCADA Solutions
SCADA-Based Central Control
Supervisory systems for centralized data visualization and control.
IoT Sensor Integration
Wireless sensor networks for scalable data collection.
AI-Powered Analytics
Machine learning models to predict trends and optimize operations.
Mobile & Cloud Platforms
Remote access and control via secure apps and web dashboards.
Why Choose STARK?
With decades of experience in municipal water management and cutting-edge digital technologies, STARK offers turnkey smart automation packages that combine hardware, software, and engineering expertise.
Our systems are vendor-neutral, allowing seamless integration with existing infrastructure, and are backed by 24/7 technical support to ensure continuous performance.
