Inconsistent process parameters lead to yield loss and safety risks in continuous esterification. Precise closed-loop sensor control prevents thermal instability and maintains steady-state throughput.

Inefficient separation of 3-methyl-but-3-en-1-ol from complex reaction mixtures leads to yield loss and contaminated precursors. High-purity recovery ensures the viability of downstream chemical synthesis.

Presence of unwanted isomers and contaminants in raw C4 streams prevents high-purity chemical feedstock production. Removing these impurities reduces downstream catalyst poisoning and improves product yield.

Inefficient conversion or poor selectivity during the synthesis of medium-chain saturated aliphatic acids. Improving yield reduces feedstock waste and lowers production costs.