Water conductivity and industrial processes
Update: 2025-09-15
Description
The electrical conductivity of water is a key parameter in industrial production processes, as it reflects the amount of dissolved ions that can directly impact the stability and efficiency of operations.
When conductivity levels go unchecked, they can compromise the quality of the final product, cause corrosion in equipment, or alter the reactivity of the materials used.
In this episode, we explore why continuous monitoring is essential and what strategies companies adopt to keep conductivity within optimal limits.
We discuss not only direct treatments like reverse osmosis and deionization, but also indirect approaches: the use of additives and rheological modifiers can help mitigate the negative effects of high conductivity, ensuring more stable processes and more reliable end products.Zs_lab, educational, Zschimmer&Schwarz, Tiles, Ceramco, Chemistry, Ceramics,
When conductivity levels go unchecked, they can compromise the quality of the final product, cause corrosion in equipment, or alter the reactivity of the materials used.
In this episode, we explore why continuous monitoring is essential and what strategies companies adopt to keep conductivity within optimal limits.
We discuss not only direct treatments like reverse osmosis and deionization, but also indirect approaches: the use of additives and rheological modifiers can help mitigate the negative effects of high conductivity, ensuring more stable processes and more reliable end products.Zs_lab, educational, Zschimmer&Schwarz, Tiles, Ceramco, Chemistry, Ceramics,
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