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Sewage treatment (industrial)
In today's world, reliable monitoring is essential to ensure stable and compliant industrial sewage treatment. Variations in water quality can quickly disrupt biological and chemical treatment processes if they are not detected in time. Our IoT sensors provide real time insight into critical treatment parameters, enabling controlled operation and consistent treatment performance.
Sensing Metrics
Key Sensor Metrics
Our IoT sensors continuously monitor the core parameters required for effective industrial sewage treatment.
pH
pH monitoring is essential for maintaining balanced chemical and biological processes. Accurate pH control ensures treatment efficiency and protects downstream equipment.
ORP
Oxidation reduction potential provides insight into aerobic and anaerobic process conditions. ORP monitoring supports optimized chemical dosing and effective disinfection.
Temperature
Temperature directly affects biological activity and reaction speed. Continuous monitoring helps maintain stable treatment conditions and prevents process inefficiencies.
Dissolved Oxygen Optical
Optical dissolved oxygen sensors provide precise and low maintenance measurement of oxygen levels. This ensures optimal aeration control and efficient biological treatment.
Optical Turbidity
Optical turbidity monitoring detects suspended solids and process disturbances. Early detection of turbidity changes supports filtration control and stable effluent quality.
Consistent and Compliant Sewage Treatment with Real Time Data
By monitoring pH, ORP, temperature, dissolved oxygen, and turbidity, industrial sewage treatment systems gain full visibility into process conditions. This enables safer operation, higher efficiency, and responsible wastewater management.
Key Benefits
Stable Treatment Processes
Real time monitoring helps maintain optimal biological and chemical conditions throughout the treatment process.
Regulatory Compliance
Continuous data supports compliance with discharge permits and simplifies environmental reporting.
Optimized Energy and Chemical Use
Accurate dissolved oxygen and ORP data enable efficient aeration and chemical dosing, reducing operational costs.
Early Detection of Process Disturbances
Abnormal changes are detected quickly, allowing corrective action before treatment performance is affected.
Reduced Operational Risk
Proactive monitoring minimizes downtime, environmental incidents, and maintenance costs.
Data Driven Process Optimization
Reliable insights support continuous improvement and long term treatment efficiency.
Effective sewage treatment starts with accurate measurement. Monitor critical parameters in real time and keep processes under control.
Sectors
Utility Providers
Governmental
Facility Management
