Stable Operation of Water Treatment Facilities Services
Visualizing the water treatment status using IT sensing technology to help customers conduct stable operation of their facilities. In order to realize stable operation of factories and provide customers with a sense of security, Kurita is dramatically changing the concept of water treatment services. We define IT sensing technology as the foundation of solutions provided to customers and visualize the water treatment status using our original system. Accordingly, we can properly identify customers’ potential issues and quickly take measures to stabilize the effect of water treatment, thereby helping customers conduct stable operation of their facilities.
Kurita`s water treatment management service that enables optimal water treatment on a real-time basi
To date, Kurita has accumulated a huge amount of water quality data and water treatment facilities operation data and also constructed systems for remote monitoring of the customers' water treatment situation. We are now widely using new water treatment management systems based on the above, namely 'S. sensingTM' and 'the condition-based maintenance service for water treatment facilities'. We will realize more optimal and effective water treatment by monitoring on a real-time basis the water quality variation and the operation status of the facilities as well as the effect of water treatment using a variety of sensing technologies and sharing with customers the report obtained by automatic analysis.
The water quality and the amount of chemicals injected in the facilities where water treatment chemicals are used are monitored on a real-time basis to control and optimize chemical injection in accordance with changes in water quality. Furthermore, the measurement data and control results can always be confirmed over the Internet.
An appropriate maintenance service based on the actual operation status of facilities is achieved by monitoring on a real-time basis the operation status of the water treatment facilities, which constantly varies in accordance with the operation status of the factory and the fluctuation of the quality and amount of water, and analyzing the monitoring results together with the water quality data obtained based on the analysis at a laboratory.