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As end users continue to refine processes to be more efficient, meet new regulations and deliver improved product quality, they demand more especially for water quality and confirmation of the absence of all contaminants.
This is even more critical for users of pure and ultrapure water as any deviation in water quality can have a major impact. A critical contaminant that is controlled as part of this effort is total organic carbon (TOC). Learn in this document how to choose the right TOC sensor.
There is an increased need for speed and tighter control of water quality. As the utility teams address the critical need of TOC control for end users, system engineers and fabricators of water purification skids also need to find analytics solutions that are efficient and cost-effective. This document explains how to choose the right TOC sensor for water purification projects, which includes:
The 6000TOCi sensor from METTLER TOLEDO offers an optically modeled design to optimize UV light transmission. Coupled with a high intensity, high energy UV lamp, this leads to more efficient UV oxidation. This efficient design also provides improved measurement repeatability, limit of detection, reproducibility and stability. While this is crucial for all applications, this is especially critical for low level measurements in demanding applications where accuracy is a necessity to avoid any negative impact on production. The 6000TOCi sensor comes factory calibrated and ready to install, reducing the time needed for project execution.
