OpSys
Water & Wastewater

Intelligent Operations for Water & Wastewater

End-to-end digital transformation for water utilities, treatment plants, and wastewater networks. Reduce energy costs, eliminate non-revenue water, ensure regulatory compliance, and accelerate decarbonisation with the OpSys AI-native platform.

Municipal Water UtilitiesWastewater Treatment PlantsDesalination PlantsIndustrial Effluent TreatmentIrrigation & AgricultureSmart City Water NetworksStormwater ManagementWater Reuse & Recycling
Water & Wastewater Treatment Plant with Digital Twin Overlay
30–60%
Energy cost share of opex
20–40%
Avg. non-revenue water loss
15–25%
Energy savings with VFD optimisation
99.9%
Treatment uptime target
< 15min
Burst detection response time
40%
Reduction in chemical dosing waste
Digital Water Cycle

End-to-End Water Cycle Intelligence

OpSys monitors and optimises every stage of the water cycle — from raw water intake through treatment, distribution, collection, and final effluent discharge or reuse.

1
Intake & Raw Water
Screens · Pumping · Flow Metering
2
Treatment
Coagulation · Filtration · Disinfection
3
Storage & Distribution
Reservoirs · Booster Pumps · Pressure Zones
4
Wastewater Collection
Lift Stations · Gravity Sewers · CSOs
5
Wastewater Treatment
Biological · Nutrient Removal · Sludge
6
Reuse & Discharge
Effluent Quality · Reuse · ESG Reporting
Industry Challenges

Water Sector Challenges OpSys Solves

Energy Intensity of Pumping
Water and wastewater utilities are among the largest electricity consumers in municipalities. Pumping, aeration, and UV disinfection account for 30–60% of operational costs.
Non-Revenue Water (NRW)
Leakage and metering inaccuracies cause 20–40% water loss in distribution networks. Real-time pressure and flow monitoring is essential to detect and localise bursts rapidly.
Regulatory Compliance
Effluent quality standards (BOD, COD, TSS, nutrients) require continuous monitoring and automated dosing control to avoid permit violations and fines.
Ageing Infrastructure
Decades-old pump stations, SCADA systems, and pipeline networks require digital modernisation to extend asset life and reduce unplanned downtime.
Climate Resilience
Extreme weather events, droughts, and flooding are increasing the pressure on water utilities to build resilient, adaptive operations with predictive capabilities.
Decarbonisation Targets
Net-zero commitments require utilities to integrate renewable energy, optimise energy scheduling, and measure Scope 1, 2, and 3 emissions across the water cycle.
Platform Solutions

OpSys Solutions for Water & Wastewater

SCADA & Process Control

Electrical SCADA/DMS
Real-time monitoring of pumping stations, treatment units, and distribution networks
Power Management (PMS/EMS)
Energy management for high-energy pump drives and aeration systems
Asset Management
Lifecycle management for pumps, blowers, membranes, and instrumentation
iDTMS
Digital twin modelling of water treatment and distribution systems

AI & Predictive Analytics

AI Analytics
Process optimisation, anomaly detection, and water quality prediction
Anomaly Detection
Early warning for pipe bursts, pump failures, and chemical dosing faults
Forecasting
Demand forecasting for treatment capacity and energy scheduling
ESG Reporting
Water consumption, carbon footprint, and effluent compliance reporting

Energy Infrastructure

RTU & PLC
Remote telemetry for distributed pump stations and reservoirs
Smart Meters
Sub-metering for energy and water flow at each process stage
VFD & Soft Starters
Variable speed drives for pump efficiency and water hammer prevention
Power Quality
Harmonic mitigation for large VFD-driven pump arrays
Why OpSys

The OpSys Advantage for Water Utilities

Energy Optimisation

AI-driven pump scheduling and VFD control reduces energy consumption by 15–25% without compromising service levels.

NRW Reduction

Real-time pressure and flow analytics detect leaks and bursts within minutes, reducing non-revenue water by up to 30%.

Compliance Assurance

Continuous effluent quality monitoring with automated alerts ensures regulatory compliance and avoids permit violations.

Net Zero Pathway

Integrated ESG reporting, renewable energy integration, and carbon accounting accelerate decarbonisation commitments.

Standards & Protocols Supported

IEC 61511 (Functional Safety)IEC 62443 (Cybersecurity)IEC 61850 (SCADA Comms)Modbus TCP/RTUDNP3OPC-UAISO 55001 (Asset Management)ISO 14001 (Environmental)WHO Water Quality GuidelinesEU Water Framework Directive
Sub-Segments

Specialised Water Sub-Segments

Explore dedicated OpSys solutions for specialised water sub-sectors with unique process requirements, regulatory frameworks, and technology platforms.

Desalination

SWRO · MSF · Hybrid Desalination Plants

AI-native operational intelligence for seawater desalination facilities. Optimise specific energy consumption, predict membrane fouling, manage brine compliance, and integrate renewable energy across SWRO, MSF, and hybrid technology platforms.

SWRO PlantsMSF ModernisationHybrid DesalGCC UtilitiesRenewable Desal
3.0
kWh/m³ SEC
30%
Membrane life+
90%
Carbon reduction
Explore Desalination

Irrigation & Agriculture

Coming soon — smart irrigation networks, precision agriculture water management, and canal automation.

Industrial Effluent & ZLD

Coming soon — zero liquid discharge, industrial wastewater treatment, and brine management for heavy industry.

Digitalise Your Water Operations

From intake to effluent, OpSys delivers AI-native intelligence across the entire water cycle — reducing costs, ensuring compliance, and building climate resilience.