Manual or open-loop control in esterification leads to thermal instability and inconsistent conversion rates. Precise closed-loop sensing prevents runaway reactions and ensures steady-state throughput.

Inefficient separation of isoprenol from complex reaction mixtures leads to significant yield loss and contamination. Overcoming this limitation ensures the economic viability of bio-based olefin production.

Presence of closely boiling isomers and contaminants prevents high-purity monomer recovery. Eliminating these impurities is necessary to prevent downstream polymerization inhibition and product degradation.

Presence of residual byproducts in crude chemical streams prevents meeting high-purity industrial specifications. Removing these contaminants ensures downstream polymer grade quality and process efficiency.