Industry: Running water / watercourse regulation

Our range of products for the automated regulation of natural waters includes intelligent control and regulation technology, data communication systems and even alarm and process control systems. We are experienced in project planning, construction and service of critical infrastructures according to the highest availability and safety standards. We offer tailor-made, cost-optimised and future-proof solutions for the measurement and control of flow rates in large dimensions. With the bundled knowledge of our engineers in combined use of our products such as REbella and STEBalarm, potential does not remain unused.

Development of automated processes for efficiency and safety
We are specialized in project planning, construction and service of critical infrastructures according to highest availability and security standards. Using complex control technology, algorithms and database-based intelligence, we also develop the optimal automation system for your process.
Preventive maintenance, servicing, spare parts management and many other services to ensure the reliability of automation systems.
Whether it is the cleaning of systems or the replacement of mechanical wear parts, the monitoring of functions, the calibration of measuring instruments or software updates, whenever customers need support in the ideal operation and maintenance of a system from our company, we are available with our services.
The alarm system for all cases: intelligent, flexible, user-friendly, modular
Our alarm system STEBalarm is extremely versatile. For a wide range of industries such as retail and wholesale, food production, transport, sales, municipalities and cities, federal and cantonal authorities, industrial and manufacturing companies, banks, research institutes, energy suppliers, and power plant operators.
Solutions from site evaluation and maintenance concept to project planning and installation.
Precise determination of the flow rate The range of application of water flow measurement extends from small watercourses to large rivers with water containing large amounts of suspended matter. For this purpose, ultrasonic impulse packages are sent through the water. Based on their characteristic features, the transit time of the signals is determined on the receiving side.