Water Intelligence Software Suite: Treatment Solution

Leveraging Industry 4.0, Tigernix Water Treatment Asset Management provides a single smart screen for transparent, centralised control over all water treatment infrastructure, assets, and processes.
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Water Intelligence Software Suite:

Treatment Solution

Empowered by Industry 4.0 technologies, Tigernix Water Treatment Asset Management Solution centralises control over all water treatment infrastructure, assets, and processes on one smart screen, allowing full transparency across the entire treatment network.

Treatment Solution​

Tigernix Treatment
Solution Covers

Treatment Basin Real-Time Monitoring

Our software enables automated real-time data acquisition from clarifier basins, measuring influent quality and particle settling velocity, monitoring treatment basin flow rates, turbidity levels, hydraulic retention time, etc., to support precise process control.
Treatment Basin Real-Time Monitoring
Water Treatment Network Visualisation

Water Treatment Network Visualisation

We offer real-time visual overlays of the water treatment process from A to Z, covering aspects such as water flow, pressure zones, tank levels, chemical injection points, return loops, etc., bringing the entire network onto the smart screens.

Predictive Maintenance for Treatment Assets

This solution provides a centralised maintenance dashboard that visualises asset health scores, tracks parts degradation, and schedules proactive servicing based on sensor data trends, reducing lifecycle costs across the entire water treatment facility.
Predictive Maintenance for Treatment Assets
Pump, Pipe, Valve, Fan & Compressor Units Monitoring

Pump, Pipe, Valve, Fan and Compressor Units Monitoring

This visualises data from all rotating and flow-regulating units such as pumps, pipes, valves, fans, and compressors, and we ensure optimal hydraulic balance, pressure control, and air handling, all through a data-centric, smart asset dashboard.

Procurement Modelling for CRP Triangle

The software employs historical asset performance data, lifecycle costing, and failure mode analysis to model procurement strategies that carefully evaluate and optimise asset costs, performance, and risks on the same scale to extract the maximum ROI.
Procurement Modelling for CRP Triangle

Capabilities of Tigernix
Treatment Solution

AI-driven 24 Production Forecast

Tigernix solution’s AI power allows estimating and optimising treatment throughput by monitoring raw water quality, sedimentation basin capacity, membrane fouling rates, backwash intervals, etc., supporting stable output and reduced operational disruptions during high-demand periods.
AI-driven 24 Production Forecast
Real-Time Weather Forecasting

Real-Time Weather Forecasting

Our platform synchronises SCADA data with satellite-based precipitation forecasts and climate models to forecast rainfall intensity and duration, enabling proactive catchment inflow control, basin loading adjustments, and chemical dosing optimisation during extreme weather events.

IoT Powered Infrastructural Health Monitoring

Its embedded smart sensor network collects real-time telemetry on pressure surges, rotating equipment balance, tank wall corrosion, and seal integrity, delivering a comprehensive health score for all treatment infrastructure components through a unified digital dashboard.
IoT Powered Infrastructural Health Monitoring
Digital Twin Simulations for Treatment Network

Digital Twin Simulations for Treatment Network

The solution builds a dynamic replica of the entire treatment network, modelling fluid dynamics, valve sequencing, compressor loading, basin responses, etc. This capacity allows engineers to test operational strategies and detect inefficiencies before deployment.

Contamination Monitoring via Detecting Tools

Using turbidity meters, chlorine sensors, microbial detectors, etc., to monitor contamination levels in real time, it detects algae growth, chemical imbalances, pathogen presence, and heavy metal spikes across all treatment stages, triggering immediate alerts and treatment recalibrations.
Contamination Monitoring via Detecting Tools
Five-Pillar Framework for Maintenance

Five-Pillar Framework for Maintenance

The system aligns asset lifecycle intelligence with preventive, reactive, corrective, predictive, and prescriptive strategies, allowing smart maintenance orchestration across pumps, pipes, valves, tanks, and aerators for uninterrupted and efficient water treatment performance.

Real-Time Contamination Alerting

It models asset lifecycle costs, failure risks, and performance KPIs by analysing maintenance history, energy consumption, and replacement timelines and helps operators optimise budgeting, capital investment, and long-term asset planning with a few clicks.
Real-Time Contamination Alerting
Predictive Analytics Modelling

Predictive Analytics Modelling

This predicts asset health status, remaining service life, failure probability, and condition changes while estimating potential downtime, repair costs, and system-level restoration urgency to enable strategic maintenance for all water treatment assets.

Redefining modern asset monitoring, our Industry 4.0 intelligent software connects each point of water treatment into one predictive-driven dashboard, bringing precise control and health analysis of the entire water treatment process network right onto a single screen.

Key Benefits of our solution:

  • Optimises maintenance schedules, reducing downtime and extending asset lifespans.
  • Improves asset management by providing real-time monitoring and condition alerts.
  • Enhances financial decision-making by predicting future asset performance and costs.
  • Facilitates efficient basin management, improving water storage and distribution.
  • Boosts purification efficiency by adjusting processes based on real-time data.
  • Improves filtration system performance by optimising chemical dosing and flow.
  • Detects contamination events quickly, ensuring fast response and treatment.
  • Reduces operational costs by optimising resource use and minimising waste.
  • Supports long-term asset planning and investment decisions for future upgrades.
  • Increases the sustainability efforts, keeping an eye on the eco-friendly implementations.