We designs and delivers complete online monitoring systems combining selected sensors and analysers, automated sampling, equipment control, communications and monitoring software.
Each solution is engineered around the customer’s wastewater characteristics, required parameters, site conditions and operational response requirements.

Continuous monitoring can be implemented throughout the wastewater system — from individual production units and internal drainage networks to treatment facilities and final discharge points.
Monitoring at multiple stages helps identify pollution sources, assess treatment performance and detect abnormal changes before contaminated wastewater reaches the receiving environment.
Data from distributed monitoring points can be transmitted to a centralized supervisory system for continuous analysis, visualization and alarm management.

Continuous monitoring of wastewater discharged from industrial facilities.
Online measurement helps detect changes in wastewater composition, identify exceedances of specified limits and provide operators with timely information for corrective action.
Suitable for petrochemical, chemical, oil & gas, mining, manufacturing, food processing and other industrial facilities.

Monitoring at wastewater treatment plant inlets and outlets provides continuous information about incoming pollutant loads and treatment performance.
Early detection of abnormal wastewater composition helps protect biological and technological treatment processes from potentially harmful discharges.

Multiple monitoring points can be installed across individual production areas, workshops, drainage branches or industrial zones.
This distributed approach helps identify the origin of abnormal discharges and determine which process or facility is responsible for changes in wastewater composition.

Continuous monitoring of wastewater discharge into rivers, reservoirs, coastal waters and other receiving environments.
Autonomous monitoring stations can combine water-quality measurements with meteorological and hydrological data to help assess pollutant transport and dispersion.

Designed for comprehensive monitoring at wastewater treatment facilities, major industrial discharge points and other locations requiring a wide range of analytical equipment.
Containerised stations can incorporate sensors, reagent analysers, automatic samplers, sample preparation systems, climate control, backup power and communication equipment.
The configuration places virtually no practical restriction on the number or type of parameters that can be monitored.

Compact IP68 systems are designed for installation directly inside manholes, chambers, collectors and drainage networks where installation space is limited.
The telemetry cabinet can integrate communication equipment, control electronics and connections to submerged optical and electrochemical sensors.
Optional access, flooding and equipment-status sensors provide additional monitoring of the installation itself.

Designed for continuous monitoring in rivers, reservoirs, coastal waters and marine discharge areas.
The buoy can incorporate an IP68 telemetry cabinet, solar power, GSM/GPS communications, water-quality sensors, meteorological instruments and sensors for current speed and direction.
Autonomous operation enables monitoring in locations where permanent infrastructure or grid power is unavailable.

Electrochemical sensors can provide continuous measurement of the following parameters:

Optical measurement technologies can be used for continuous monitoring of the following parameters:

Where more complex chemical analysis is required, automated reagent analysers can be integrated into the monitoring station.

Sensors, analysers and auxiliary equipment are connected through local control and telemetry units, enabling automated data collection, equipment control and communication with the central monitoring platform.
The system can integrate with existing SCADA and enterprise automation infrastructure.

Centralized view of distributed monitoring points with real-time water-quality parameters, equipment status and location data.
Interactive mapping provides an overview of the complete monitoring network and allows operators to quickly identify individual sites, alarms and parameter deviations.

Detailed monitoring of an individual station with live water-quality measurements, environmental parameters, equipment status and remote control functions.
Operators can review historical trends, initiate automatic sampling and sensor cleaning, and monitor power, communications and other system conditions.