Long-chain alcohol transesterification catalysts: BASFRecent Research Landscape
Side reactions and low conversion rates during long-chain esterification increase purification costs and waste. These innovations utilize specific catalytic pathways to control the regioselectivity and yield of C6-C12 branched acrylates.
What technical problems is BASF addressing in Long-chain alcohol transesterification catalysts?
Low esterification reaction yields
(23)evidences
Slow conversion rates and incomplete chemical transformations in long-chain alcohol processing. Improving reaction speed and yield reduces energy consumption and waste.
Thermal degradation during purification
(21)evidences
Inconsistent reaction rates and process interruptions in continuous esterification. Stabilizing throughput ensures predictable industrial output and prevents batch-to-batch variability.
Michael adduct accumulation
(9)evidences
Unwanted byproduct formation during the synthesis of vinyl and acrylic derivatives. Eliminating these impurities prevents polymer degradation and meets purity standards for downstream chemical applications.
Product stream impurity contamination
(7)evidences
Contaminants and side-products in alcohol streams hinder downstream chemical synthesis. Achieving high-purity feedstocks prevents catalyst poisoning and ensures consistent reaction yields.