Intelligent Water Management and Water Quality System

Real-time, predictive water intelligence for municipalities, industry, and agriculture

Core Concept

Water management today is typically fragmented. Drinking water networks, wastewater systems, surface waters, groundwater, industrial use, and agricultural irrigation are often managed separately — even though risks such as pollution, losses, and overuse emerge at system level.

AQUA-MIND resolves this fragmentation by treating the entire water cycle as one dynamic system. It enables early detection of risks and supports prevention, optimization, and long-term water security.

The focus is not emergency response, but anticipation, efficiency, and balance.

Purpose of the System

AQUA-MIND delivers real-time, predictive water intelligence that:

• – ensures continuous water quality oversight,
• – significantly reduces network water losses,
• – optimizes industrial and agricultural water use,
• – forecasts contamination and ecological risks,
• – supports long-term water security and resilience.

How AQUA-MIND Works

1. Full Water-Cycle Integration

AQUA-MIND integrates all major water domains into a unified operational model:

• – drinking water distribution networks,
• – surface waters (rivers, lakes, reservoirs),
• – groundwater levels and quality indicators,
• – wastewater inflow and load data,
• – industrial water usage,
• – agricultural irrigation demand and schedules.

Water is modeled not as isolated infrastructure, but as an interconnected, living system.

2. Network Loss Reduction (LeakSense)

The analytical engine:

• – detects pressure anomalies and flow deviations,
• – identifies leaks and pipe failures at early stage,
• – prioritizes maintenance based on real risk and impact.

Result: 30–60% reduction in water losses in municipal networks.

3. Predictive Water Quality and Contamination Forecasting

AQUA-MIND forecasts:

• – chemical and microbiological contamination,
• – industrial and heavy-metal pollution,
• – algal blooms in lakes and reservoirs,
• – stormwater runoff and wash-in events,
• – wastewater network overload risks.

This enables preventive action, rather than post-incident remediation.

4. Industrial and Agricultural Water Optimization

The system provides recommendations for:

• – industrial water recirculation and reuse,
• – low-water-consumption operating modes,
• – discharge and emission reduction settings,
• – optimized irrigation timing and volume.

Result: 10–35% water savings in industrial and agricultural operations.

5. Ecological Waterbody Monitoring

AQUA-MIND continuously monitors:

• – dissolved oxygen levels,
• – water temperature and thermal shifts,
• – algal growth patterns,
• – impact of toxic discharges,
• – ecological stress indicators in aquatic habitats.

Practical Outcomes

Measured impact:

• – safer and cleaner water systems,
• – 30–60% reduction in network water losses,
• – 10–35% water savings in industry and agriculture,
• – fewer contamination incidents and water crises.

Operational advantages:

• – real-time water system visibility,
• – predictive alerts and decision support,
• – automated ESG and regulatory compliance reporting,
• – tokenized water savings (CONI).

Application Areas

• – municipal and regional water utilities,
• – wastewater treatment systems,
• – industrial facilities and zones,
• – agricultural regions and irrigation networks,
• – river and lake protection programs,
• – national water management strategies.

Project Status

• – pilot-ready at municipal or utility level,
• – scalable to a national water intelligence system,
• – fully interoperable with the AVA Platform and related modules
  (REM, EOS, Gaia-Cycle, AIR-SAFE).

Core Message

AQUA-MIND does not only show where water is and how much — it helps decide how to use it well.

Water security is not a future issue. This is the point where intelligent prevention becomes real social and economic value.