Advanced Online & Real-Time Water Quality Monitoring System
ONLIMO is a state-of-the-art, real-time water quality monitoring system designed for continuous, accurate, and low-maintenance operation. It integrates multi-probe sensors, automated cleaning, smart sampling, and cloud-based data management—ensuring reliable, uninterrupted water quality assessment for industries, municipalities, and environmental agencies. Safeguarding natural ecosystems or ensuring regulatory compliance. Continuous, Automated, and Smarter Water Quality Monitoring
BRIN (Indonesia’s National Research and Innovation Agency) and ENVIRO NUSA have formed a strategic partnership to develop and commercialize ONLIMO – an Advanced Online & Real-Time Water Quality Monitoring System. Creating Impact: Enables proactive water quality control, reduces contamination risks, and supports SDG 6 for clean water access.
Applications
1. Surface Water Monitoring (Rivers, Lakes, Wetlands, Coastal Waters)
- Tracks pollution levels, eutrophication risks, and ecosystem health.
- Early detection of industrial runoff, algal blooms, and oil spills.
2. Groundwater & Drinking Water Sources
- Monitors contaminants (nitrates, heavy metals, bacteria) in wells and aquifers.
- Ensures safe water supply for communities.
3. Wastewater Systems (Domestic & Industrial)
- Real-time compliance monitoring for discharge permits.
- Detects toxic chemicals, organic loads, and pH imbalances in effluents.
Why ONLIMO?
- Universal Adaptability – Deploys in freshwater, brackish, and marine environments.
- Regulatory Ready – Meets EPA, WHO, and Indonesian water quality standards.
- Pollution Early Warning – Instant alerts for spills, leaks, or hazardous changes.
- Low Maintenance – Automated cleaning & calibration for uninterrupted operation.
Multi usage of this technology enables the private sector to ensure compliance, cut costs, and future-proof operations with smart water monitoring. For efficient safeguarding of water resources and enforcement of regulations by government agencies.
Business Use :
1. Industrial Wastewater Compliance
- Continuous monitoring of industrial effluents (pH, COD, BOD, Ammoniac, heavy metals, and others parameters) to meet discharge standard and legal compliance.
- Automated reports for discharge permits
2. Process Optimization
- Aquaculture : Maintain water quality for improving growth and health ratio
- Mining/Oil & Gas: Tracks water quality in tailings ponds or produced water.
- Food & Beverage: Ensures water reuse meets hygiene standards.
- Pharmaceuticals: Monitors ultra-pure water (UPW) in production.
3. Corporate Sustainability (ESG Goals)
- Reduces carbon footprint by optimizing water treatment energy use.
- Supports sustainability certifications (e.g., ISO 14001).
4. Risk Mitigation
- Alerts for equipment failures (e.g., pipe leaks, treatment malfunctions).
- Prevents production downtime by ensuring water quality for manufacturing.
Government use :
1. Environmental Protection & Compliance
- Real-time pollution tracking in rivers, lakes, and coastal areas to enforce environmental regulations.
- Early warning systems for industrial discharge violations or hazardous spills (e.g., chemical leaks).
2. Public Health & Water Security
- Monitors drinking water sources (groundwater/reservoirs) for contaminants (heavy metals, bacteria).
- Ensures compliance with WHO/EPA standards, preventing waterborne diseases.
3. Smart City & Urban Water Management
- Integrates with municipal wastewater systems to optimize treatment processes.
- Tracks urban runoff pollution (e.g., microplastics, oil) in stormwater drains.
4. Disaster Response
- Detects flood-related water contamination (sewage overflow, chemical mixing).
- Provides data for post-disaster water safety assessments.
Key Government Benefits:
✔ Regulatory enforcement with auditable, real-time data.
✔ Transparent public reporting to build community trust.
✔ Cost savings by replacing manual sampling with automation.