BASF logo

BASF

Last updated January 31, 2026
319
Innovation Areas
13,244
Inventors
154
Collaborations

Cationic alkanesulfonic acid catalysis: BASFRecent Research Landscape

Residual sulfur trioxide in alkanesulfonic acid synthesis causes corrosive byproduct formation and product discoloration. Precise concentration control during the reaction phase stabilizes the chemical yield and ensures high-purity industrial grade output.

What technical problems is BASF addressing in Cationic alkanesulfonic acid catalysis?

Industrial chemical impurity accumulation

(20)evidences

Excessive sulfur trioxide concentrations in alkanesulfonic acid production lead to product degradation and equipment corrosion. Reducing this residual reactant improves chemical purity and process safety.

Residual monomeric impurity contamination

(1)evidences

The synthesis of 4,4'-dichlorodiphenyl sulfone often results in unwanted isomers and low yields of the desired para-substituted product. Improving selectivity and purity is critical for high-performance polymer precursors.