Differential Optical Water Monitoring

Bio IntelligentMonitoring System

BIMS helps operators, engineers and biologists understand changes in water systems by combining four-channel optical measurements, physics-based interpretation, timeline events and AI-supported explanation.

BIMS does not claim to directly detect biofilm. It identifies persistent additional differential attenuation that cannot be fully explained by bulk-water attenuation alone.
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Four optical channelsPhysics-based alarmsAI explanation onlyNative PWA alerts
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BIMS product video
Product flyer

Discover the Biofilm Monitor flyer.

View the flyer online or download it as a PDF.

BIMS product flyer preview

Learn more about the BIMS system

Download the flyer for a visual overview of the monitoring concept, system architecture, key features and typical applications.

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Patented Technology - 2025

Key capabilities

Real-Time Monitoring24/7 continuous measurements
Multi-Sensor TechnologyFour independent optical channels
Cloud DashboardSecure web-based monitoring
Automatic NotificationsEmail and Telegram alerts
Historical Trend AnalysisLong-term reporting
Early Warning SupportWarnings before serious fouling problems
Why BIMS is different

More than a simple light threshold.

BIMS is designed to help users understand meaningful changes in water-system behaviour over time.

Multi-channel monitoring

The system combines several optical signals to support a more robust interpretation than a single raw measurement.

Trend-aware interpretation

BIMS focuses on persistent changes over time instead of isolated fluctuations, reducing the risk of noisy or accidental alerts.

Actionable system status

Operators receive a clear status, timeline and recommendation, while detailed engineering data remains in the secure portal.

How BIMS works

Measure

Four optical channels measure transmitted/reflected light through controlled geometries.

Model

The analysis layer interprets measurement patterns and converts them into a practical system-health status.

Decide

Alarm status is based on validated model behaviour, trend and persistence — not a simple raw threshold.

Explain

AI helps explain the physics-engine result in human language. AI does not determine alarms.

Traditional vs BIMS

TraditionalBIMS
Raw lux thresholdDifferential optical model
Single signalFour optical channels
Reactive alarmTrend + persistence
Limited interpretationPhysics result + AI explanation
Generic dashboardPWA + timeline + notifications
Applications

Designed for critical water systems.

From municipal networks to industrial facilities, BIMS delivers early insight and continuous intelligence to protect water quality and system performance.

Cooling towers water system

Cooling Towers

Prevent scale and fouling build-up for optimal efficiency.

Potable water tap and glass

Potable Water Systems

Support clean, safe drinking water networks.

Food and beverage process water

Food & Beverage Industry

Protect product quality and hygiene standards.

Pharmaceutical water vial

Pharmaceutical Industry

Maintain ultra-pure water for critical processes.

Reverse osmosis filtration vessels

Reverse Osmosis Systems

Detect fouling early and extend membrane life.

Aquaculture fish water system

Aquaculture

Maintain healthy water quality for aquatic life.

Swimming pool water

Swimming Pools

Keep water crystal clear and swimmer-safe.

Industrial process water system

Industrial Process Water

Prevent downtime and protect critical operations.

Operator console

One answer: do I need to act?

98

Healthy / stable

The current optical behaviour is within the expected model. No action required.

Open BIMS PWA
Timeline

System condition over time.

System stableToday
Watch conditionExample
Investigation recommendedExample
Release 2.0 Aurora

Ready to modernize water monitoring?

Request a demo or log in to the existing production portal. Production APIs remain unchanged.

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