JJM: 24×7 Drinking Water
Cyber-Secure
Energy Optimized

SCADA Automation for Jal Jeevan Mission (JJM)

From Source to Tap — Real-Time Monitoring, Automated Control, and Total Water Network Visibility.

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Hierarchical, Redundant, and Intelligent Control Architecture

JJM SCADA Architecture

Field Layer

Sensors, Actuators, and VFDs that sense, measure, and respond in real time.

Control Layer

PLCs and RTUs executing automation logic, sequencing, and control loops.

Supervisory Layer

SCADA servers, HMIs, and mimic panels providing process visualization.

Enterprise Layer

Web dashboards, analytics, and reports enabling decision intelligence.

Each layer ensures reliability and redundancy — from field instrumentation to enterprise analytics — providing real-time monitoring, automated control, and actionable insights for Jal Jeevan Mission projects.

Smart Automation Backbone for Continuous Drinking Water Supply

To achieve the Government of India’s 24×7 safe drinking water vision, Frinso integrates SCADA systems across all project components. The platform automates pump operations, monitors energy, measures flow/pressure, and ensures consistent water quality — all through a centralized, cyber‑secure control center.

Automation

Water Quality

Pressure/Flow

Security

Historian

How JJM SCADA Works — Visual Flow

1. Source

Level, flow & pressure measured at intake well.

2. Treat

pH, turbidity, chlorine; auto dosing & backwash.

4. Store

OHT/GSR levels monitored.

3. Pump

VFD pumps maintain pressure.

5. Monitor

SCADA trends & remote control.

JJM Realistic Water Flow Diagram

Automation Layers — Detailed

A. Source & Intake Well Pump House

  • Electrical: Current, Voltage, PF, Energy (MFM)
  • Hydraulic: Level, Flow (totalizer), Discharge & Delivery Pressure
  • Control: Auto/Manual ON‑OFF, dry‑run protection, remote start/stop
  • Instruments: EM Flow, Pressure, Level Sensors
  • Surveillance: ≥ 8 CCTV (local + centralized)
  • Logs: Energy monitoring, real‑time trends & alarms

B. Water Treatment Plant (WTP)

  • Raw: Flow (totalized), pH, Turbidity
  • Clear: pH, Turbidity, Residual Chlorine
  • Process: Auto backwash & clarifier drain with actuators
  • Instruments: EM Flow (raw/clear), Level (filter bed/backwash)
  • Analyzers: pH, Turbidity, Chlorine
  • 32× CCTV, quality‑based feedback, trends & alarms

C. Clear Water Sump & IPS

  • Electrical: Current, Voltage, PF, Energy
  • Hydraulic: Flow, Pressure, Residual Chlorine
  • Control: ON/OFF & Auto ops
  • VFD: Pressure‑based pump sequencing
  • Chlorine: Auto‑correction feedback loop
  • Alerts: SMS/Email for pump/sensor faults

D. MBR / BPT / OHT / GSR

  • Measure: inlet flow (totalizer), tank level, residual chlorine
  • Compute: RTUs with local dashboards & buffering
  • Control: Level‑based inlet/outlet automation
  • Comms: GSM/Fiber RTU to central SCADA

Instruments & Communication Network

Frinso’s SCADA integrates field instruments, RTUs, and central servers through a secure and reliable communication architecture — ensuring seamless data flow from sensors to the control room.

Field Instruments

  • Flow Meter
  • Pressure Sensor
  • Level Sensor
  • pH / Chlorine Analyzer

Comm: 4–20mA / MODBUS RTU

RTU / PLC

  • Local Logic Control
  • Signal Conditioning
  • Data Buffering

Comm: MODBUS TCP / RS485

Communication Network

  • GSM / Fiber
  • Ethernet / Wi-Fi
  • IoT Gateway

Comm: MQTT / HTTPS / OPC-UA

SCADA Server

  • Central Database
  • Historian
  • Alarm Engine

Comm: OPC-UA / MODBUS TCP

Dashboard & Control Room

  • Web Dashboard
  • Analytics
  • Remote Control

Comm: WebSocket / HTTPS

Sensors collect real-time field data → RTUs/PLCs process and transmit it → Communication Networks deliver securely → centralized SCADA Servers store, analyze, and visualize via the Frinso Dashboard.

SCADA Features Grid

PLC & RTU Integration

Reliable local control and remote telemetry.

Centralized Dashboard

Unified view via cloud & on‑prem.

Real-Time Monitoring

Track flow, pressure, level, energy.

AI-Based Alerts

Fault detection & energy anomalies.

Data Analytics

Trends, historian, reports.

CCTV Surveillance

24×7 live feed & storage.

Energy Optimization

MFM-based tracking & scheduling.

Cyber Security

Encryption & role-based access.

Command & Control Center at Water Treatment Plant

JJM SCADA Dashboard

SCADA Servers & Operator Consoles

Redundant SCADA servers with historical data storage and real-time visualization.

Mimic Panel Visualization

Large 2m × 1m engraved mimic panel showing live water network, valves, and pump indicators.

Alarms & Fault Indication

Priority-based alarm display for electrical, hydraulic, and quality faults with acknowledgment control.

Automated Reports & Analytics

Generates daily, weekly, and monthly reports on water balance, efficiency, and quality compliance.

Decision Support System

AI-based insights for pump optimization, NRW reduction, and chemical dosing control.

Remote terminals at OHT / MBR / IPS sites allow operators to manage pumps, view alarms, acknowledge faults, and generate performance reports — ensuring unified control from any location.

Impact Metrics

Impact metrics illustration

24×7 Supply Achieved

100+ JJM Sites

Energy Savings

20–25%

Real-Time Data Uptime

99.5%

Remote Visibility

All layers

Compliance Reports

Auto-generated

Operational Efficiency

Improved KPIs

Build India’s Smart Water Infrastructure with Frinso SCADA

From intake to OHTs, Frinso’s IoT‑SCADA delivers 24×7 automation, analytics, and visibility for Jal Jeevan Mission projects.

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