A complete picture of water purity

Many applications are sensitive to organic impurities, which go undetected by resistivity measurements and which may cause adverse effects on results

Many applications are sensitive to organic impurities, which go undetected by resistivity measurements.

Even small levels of organic contaminants cause adverse effects on results.

For example, organics in water used for HPLC, LC or IC, could coat the outside of the resin beads, preventing molecules or ions from accessing exchange sites, therefore reducing the separation resolution.

Furthermore, in cell culture, organic substances can substantially affect cell viability and growth.

Millipore's built-in A10 TOC monitor continuously measures the organic purity level of the product water as it leaves the system.

This device can be added to any of the Milli-Q range models to enable what the company says is a whole new aspect of water purity.

Both the organic purity of product water and the standard measurement of ionic purity are displayed directly on the system offering a complete picture of product water purity.

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