Symrise logo

Symrise

Last updated January 31, 2026
29
Innovation Areas
829
Inventors
14
Collaborations

Unsaturated carbonyl catalytic synthesis: SymriseRecent Research Landscape

Inconsistent yields in flavor and specialty chemical production drive up raw material costs. These innovations utilize specific biocatalytic and substitution pathways to ensure high-purity chemical output.

What technical problems is Symrise addressing in Unsaturated carbonyl catalytic synthesis?

Low precursor conversion efficiency

(7)evidences

Natural metabolic pathways often produce insufficient concentrations of specific carbonyl derivatives for industrial viability. Improving these yields reduces downstream processing costs and resource waste.

Low precursor conversion efficiency

(6)evidences

Unwanted side reactions and poor selectivity during the synthesis of complex terpenes and triazines lead to contaminated yields. Achieving high isomeric or chemical purity reduces downstream separation costs and improves material performance.