Water analysis and monitoring equipment

Due to the global rise in water consumption and production, laboratory and process measurements of water quality have become more important than ever. Analysis offers equipment for measurement of various parameters, from Ammonia to Zinc, as well as devices that can help your production in almost every step of the production process, such as photometers, turbidimeters, controllers and sensors, TOC analyzers, pH meters, conductometers and online analyzers. Water analysis and monitoring equipment is primarily used in the production and quality control of drinking and wastewater, as well as in other industries such as power plants, and production of beer and other products that use water as a raw material in the production process. There is almost no laboratory in which some of these products would not find their place.

FAQ: Water Analysis and Monitoring Equipment

What parameters can you measure (e.g., pH, conductivity, TOC, metals, ammonia)?

Our offering includes devices for measuring almost all parameters for water analysis of various origins: drinking, surface, wastewater, industrial… (pH, conductivity, turbidity, TOC, and metal analysis) using different methods (VIS, UV-VIS, ICP, ICP-MS…)

What are the measurement dynamics (speed, interval) and signal stability?

The instruments allow continuous or periodic measurements with an interval (eg every few seconds to minutes), and the stability of the signal depends on the parameters being measured as well as the chosen method.

How are samples with particles / turbidity handled?

Filtering systems, sensor cleaning, pre-processing (squeezing, centrifugation) are foreseen in order to reduce the impact of particles and pollution on the measurements.

What are the sampling, filtering, preservation requirements?

Samples are often filtered (eg 0.45 µm), preserved (by acid or cold conditions), stored at a special temperature until analyzed.

Does the device have autonomous probe modules (for field use)?

Yes – probes or analyzers are available for installation at specific measurement points of interest (waterways, reservoirs, etc.). They can operate independently and transmit signals to control stations

How is quality control ensured (calibrators, internal standards)?

The devices utilize standard solutions, calibration curves, internal standards, and periodic checks to ensure the accuracy and reliability of the results.

Is the device capable of operating under variable conditions (temperature, pressure)?

Yes – specially designed versions are resistant to variations in temperature, humidity, and pressure, featuring appropriate protections and controls.

What are the connectivity options (Modbus, 4-20 mA, digital interfaces)?

The devices support industrial communication protocols such as 4–20 mA, Modbus, RS485, Ethernet, digital I/O, and SCADA integration.

What are the maintenance costs (consumables, spare parts)?

Costs depend on the frequency of cleaning and the replacement of sensors, membranes, filters, and other parts. Based on defined measurement conditions, estimated annual maintenance costs can be provided in the quotation upon request.

Do you offer complete solutions for automated sample preparation along with monitoring?

Yes – we offer integrated solutions that combine analytical instruments with automated sample preparation systems (SPE, autosamplers, robotics).