Edas Environmental Data Acquisition System Cura Terrae Water delivers high precision monitoring for critical water resources. This integrated platform combines rugged sensors, edge processing, and secure cloud connectivity to support compliance and operational decisions.
Designed for utilities, agriculture, and environmental agencies, the system excels at continuous measurement of pH, conductivity, temperature, and flow in surface and groundwater assets.
| Core Metric | Typical Range | Unit | Regulatory Reference |
|---|---|---|---|
| pH | 0 to 14 | pH | WHO Guidelines, EPA Safe Drinking Water Standards |
| Conductivity | 0 to 200,000 | µS/cm | ISO 3898, AWWA Standards |
| Temperature | -20 to +70 | °C | EU Water Framework Directive |
| Flow Velocity | 0 to ±10 | m/s | ISO 7027, Stage-Discharge Rating Curves |
| Data Interval | 1 to 3600 | seconds | Customizable per monitoring protocol |
Real Time Water Quality Monitoring
The Edas Environmental Data Acquisition System Cura Terrae Water transmits near real time water quality indicators to control rooms and mobile devices. Configurable alerts notify staff when measurements exceed preset thresholds, enabling rapid response to contamination events.
Edge computing modules perform on site validation, reducing false alarms and bandwidth usage. Operators can remotely adjust sampling rates, calibration coefficients, and notification preferences through a unified web interface.
Multi Site Asset Management
For distributed networks of wells, intakes, and treatment plants, the platform supports hierarchical organization by region, site, and parameter. Role based access ensures that operations, compliance, and management teams see only the data relevant to their responsibilities.
Historical archives maintain traceability for audits, while dashboards highlight trends across basins and catchments. This approach simplifies coordination among field teams, laboratories, and decision makers.
Field Deployment And Integration
Designed for harsh environments, the acquisition units feature IP66 rated enclosures and low power options compatible with solar panels. The system interfaces with sondes, pressure transducers, and telemetry modems using standard protocols.
Integration with SCADA, GIS, and hydraulic models is supported through open APIs and configurable data formats. Field technicians benefit from plug and sensor recognition, minimizing setup time and commissioning errors.
Compliance Reporting And Documentation
Built in reporting tools generate time stamped logs that align with regulatory submission formats. Automatic documentation of calibration events, data flags, and maintenance records strengthens audit readiness for agencies overseeing drinking water and environmental protection.
Templates can be customized to meet national and regional requirements, including language specific labels and mandatory fields. Data integrity controls such as checksums and secure timestamps ensure that records remain reliable and defensible.
Operational Best Practices And Recommendations
- Define measurement intervals based on regulatory reporting cycles and event driven sampling needs.
- Schedule regular calibration checks and document them within the system to support audit trails.
- Leverage multi site dashboards to identify spatial trends and prioritize field inspections.
- Integrate alert management with existing incident response workflows to reduce response latency.
- Plan redundancy for critical telemetry paths to maintain data continuity during disruptions.
FAQ
Reader questions
How does Edas Environmental Data Acquisition System Cura Terrae Water ensure data accuracy in the field?
The system combines factory calibrated sensors, on site validation routines, and automated drift detection to maintain measurement integrity. Field technicians can run verification tests and upload correction coefficients directly from the interface.
Can the platform handle both surface water and groundwater monitoring requirements?
Yes, configurable modules support parameters, sampling frequencies, and alert rules tailored to surface water basins, reservoirs, and groundwater wells within the same network.
What connectivity options are available for remote sites with limited cellular coverage?
The acquisition unit supports GSM, LTE, satellite, and LoRaWAN radios, with local storage and priority queuing to ensure data delivery once connectivity is restored. Mappings to WHO, EPA, EU Water Framework Directive, and ISO reference methods are included, along with configurable report templates that meet agency submission specifications.