This item was submitted by Pro Water.
Reliable sulfite measurement plays a crucial role in industrial water treatment, particularly in processes such as dechlorination and reverse osmosis (RO) pretreatment. By combining the NEON® ONE and the ZIRKON® ONE sulfite sensor, Kuntze introduces an integrated solution that brings together accurate measurement, process control, and data-driven optimization.
The NEON® ONE serves as a modular and intelligent platform for water quality monitoring. The system provides real-time data insights, advanced diagnostics, and seamless integration with existing process control systems such as SCADA and PLC. Thanks to its flexible architecture, multiple sensors can be easily integrated, making the platform suitable for a wide range of applications within industrial and process water environments.
In combination with the ZIRKON® ONE sulfite sensor, this creates a targeted solution for accurately monitoring and regulating sulfite dosing. The sensor has been specifically developed for industrial applications and uses digital technology with integrated memory and diagnostic functions. This ensures stable measurements, minimal maintenance requirements, and a long service life.
In applications such as RO pretreatment, accurate sulfite measurement is essential to prevent membrane damage while also limiting chemical overdosing. The integrated solution makes it possible to continuously monitor sulfite concentrations and adjust immediately when needed, contributing to a more stable process, lower operational costs, and increased plant reliability.
In addition, the NEON® ONE platform offers extensive data analysis and remote monitoring capabilities. Operators gain real-time insight into process parameters and can respond more quickly to deviations, resulting in more efficient management and better process control.
With this combination of smart hardware and digital monitoring, Kuntze is responding to the growing demand for automated, reliable, and scalable solutions within the water technology sector. The integration of measurement data, process control, and connectivity makes this solution particularly relevant for organizations looking to optimize their water management and future-proof their operations.
