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Last updated January 31, 2026
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Ceramic membrane acid fractionation: BASFRecent Research Landscape

Impurity carryover during the isolation of hydroxyphenyl triazines increases downstream processing costs and reduces UV-absorber efficacy. This lever engineers the precipitation environment within alkaline aqueous mixtures to ensure high-purity crystalline recovery.

What technical problems is BASF addressing in Ceramic membrane acid fractionation?

Product loss during impurity separation

(17)evidences

Inefficient separation of reaction byproducts and ionic contaminants in harsh chemical environments. Reducing these impurities prevents downstream catalyst poisoning and material degradation.

Poor crystalline flowability

(9)evidences

Uncontrolled precipitation and residual contaminants during the synthesis of UV filters lead to low chemical purity. Achieving high crystalline stability ensures product safety and regulatory compliance.