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.

Laboratory Equipment for Water Analysis and Monitoring

Laboratory equipment for water analysis and monitoring contains a wide range of instruments such as spectrophotometers, colorimeters, turbidimeters, digital thermostats, titration systems as well as equipment for electrochemical analysis...

Process Equipment for Water Analysis and Monitoring

Process equipment for water analysis and monitoring is utilized in chemical and materials processing, in facilities such as refineries, chemical plants, power plants and water / wastewater treatment plants. The portfolio contains online ...

TOC Analyzers

As one of the world’s leading manufacturers of total organic carbon (TOC) analyzers and analytical instruments, SUEZ provides superior technology, design and quality. TOC analyzers oxidize the organic carbon in a sample to CO2 and measur...

Sample Preparation for Water Analysis (SPE)

The Thermo Scientific Dionex AutoTrace 280 Solid-Phase Extraction (SPE) Instrument is designed for an easy and efficient extraction of analytes of interest from large volume aqueous samples. The AutoTrace 280 automates all four...

FAQ: Water Analysis and Monitoring Equipment

What is the key difference between the laboratory and process water monitoring equipment you offer?

Laboratory equipment (spectrophotometers, pH meters, titration systems) focuses on precise, intermittent sample analysis in a controlled environment, ideal for quality control of the finished product or drinking water. Process equipment (controllers, probes, process analyzers) is designed for continuous, real-time measurement directly on the production or treatment line (refineries, power plants, treatment facilities), crucial for optimizing process efficiency and rapid response to changes.

Which key water quality parameters can be covered by your equipment portfolio?

Our portfolio includes equipment for measuring a wide range of parameters, including electrochemical (pH, conductivity, DO), nutritional (ammonia, nitrates, phosphates), heavy metals (zinc, copper), as well as physical parameters (turbidity) and organic content (TOC). This allows clients to fully track and control water quality from raw material to wastewater.

Is your equipment applicable only in municipal facilities or also in other industries?

The equipment is applicable in all industries where water is a critical resource or production medium. Besides drinking water production and wastewater treatment, our solutions are also used by: the energy sector (power plants – boiler water monitoring), the food industry (beer, soft drink production), chemical plants, and all processes where water is used as a key raw material.

Why is Total Organic Carbon (TOC) monitoring important and what solutions do you offer?

TOC is a key indicator of total organic contamination in water, necessary for regulatory compliance and ensuring purification efficiency. As a distributor of SUEZ TOC analyzers, we offer state-of-the-art instruments that efficiently oxidize organic carbon and precisely measure the resulting $CO_2$. These analyzers are crucial in industries requiring ultra-pure water (e.g., pharmaceuticals) and in wastewater monitoring.

How do you address the challenges of trace contaminant analysis in large volumes of water samples?

For the analysis of trace contaminants from large volumes (such as pesticides or pharmaceuticals in the environment), we offer the Thermo Scientific Dionex AutoTrace 280 SPE (Solid-Phase Extraction) instrument. This system enables easy, efficient, and automated concentration of analytes from the water sample. This drastically improves detection limits, making samples ready for further, sensitive instrumental analysis (e.g., LC-MS).

Do you offer components for integrating process analyzers with existing SCADA systems in the plant?

Yes. The process analyzers, controllers, and probes we offer are designed for easy integration into your existing industrial infrastructure. The equipment supports standard communication protocols, allowing the real-time transfer of water quality data directly to your SCADA systems, enabling automatic process control and quick decision-making.

What level of technical support do you offer for laboratory and process water equipment?

We offer comprehensive support for both types of equipment, including: Installation and commissioning, device calibration (pH meters, conductometers, turbidimeters), preventive maintenance, and rapid supply of specific reagents, probes, and replacement parts (especially critical for the continuous operation of process equipment).

Is it possible to purchase water analysis equipment in the form of portable/field kits for quick checks?

Yes. In addition to stationary laboratory and process systems, we also offer portable instruments (photometers, field pH meters, and conductometers) that allow for quick and reliable water quality checks on-site or at various points in the production facility, thus ensuring flexibility and mobility in operations.