FOCUS-1 combines flow, temperature, and pressure sensors with controls for optimal alkaline electrolyser performance. Simplifying KOH concentration measurement and flow control, it enhances efficiency, reduces complexity, and lowers costs in hydrogen generation through electrolysis. Precise measurement ensures ideal electrolyser operation during the energy transition to renewable hydrogen sources, aiding the shift from fossil fuels.

An essential aspect of the biorefinery process involves steam production. Their careful regulation of water and steam production is geared towards reducing energy consumption and ensuring a responsible carbon footprint. A crucial element of achieving this lies in the efficient management of condensate return lines, which transport condensate back to the boiler. A important factor for this process is its safety aspects. FOCUS-1 ensures that the boiler feed water tank with the correct amount of water to maintain safe operating conditions.

Thermal oil is commonly used in steel mills, including the hot strip mill, to transfer heat efficiently. It helps maintain the correct temperature in rolling mills and continuous casting machines, which generate significant heat during steel production. Cooling the thermal oil prevents overheating and equipment damage. By replacing the traditional valve with a FOCUS-1, the process operator maintains all required control & monitoring capabilities with additional insights into the efficiency of the heat exchanger.

Maintaining a proper balance between the volume of water and the microorganism colony is crucial for effective operation. Accurate dosing is essential to prevent the death of microorganisms, which can lead to process delays while the colony is reestablished. By implementing FOCUS-1, Heros achieves the integration of a flowmeter and valve into a single device, eliminating the need for separate components. The integrated flowmeter ensures exceptional accuracy, with only a 0.5% level of inaccuracy, enabling precise flow control into the basins.

An important part of the adhesives production at Dynea is the steam production. By carefully regulating water and steam production Dynea strives to lower their energy consumption which adds to a responsible carbon footprint. By replacing the existing control valve with FOCUS-1, Dynea does not only gain comprehensive control and monitoring capabilities, but also a significant amount of insights into the boiler operation. By now having additional data such as: flow, pressure, and temperature, Dynea can effectively monitor feedwater usage, enhance energy efficiency resulting in a better Carbon Footprint.

In the past a separate flowmeter and valve system for filling soy oil into trucks was used. However, for this specific application, there is an increased need for efficient and accurate flow control. To guarantee a safe and efficient bag loading process, preventing bag rupture, spills, and leaks, precise flow control is crucial. By implementing FOCUS-1 in this application the process achieves a inaccuracy of only 0.3% when loading the truck, enabling precise flow control and ensuring safety with the inclusion of an integrated pressure sensor.

At Ardo in the Netherlands, steam produced in a boiler is used to cook spinach before its frozen, this to maintain the quality and extend shelf life. During operations an optimal control and monitoring of the boiler feed water is crucial for several reasons. By replacing the existing control valve with FOCUS-1, Ardo gains comprehensive control and monitoring capabilities, offering valuable insights into the boiler operation.

By replacing the traditional valve with a FOCUS-1, the process operator maintains all required control & monitoring capabilities. Including additional insights into the gas scrubber. By combining all the measurement & control components in one device, the operator can, based on the data collected by FOCUS-1 decides the best control behaviour  regardless of any process condition changes.

Heat exchangers play a critical role within SRC, facilitating the cooling of raw or refined oil to the appropriate temperature for further refining processes or storage. By replacing the traditional valve with a FOCUS-1, the process operator maintains all required control & monitoring capabilities with additional insights into the efficiency of the heat exchanger.