Atmospheric degradation of biofuel cyclic esters initiated by chlorine atom: Product yields and ring-retaining oxidation vs. ring opening mechanisms | Synapse
March 3, 2026
Atmospheric degradation of biofuel cyclic esters initiated by chlorine atom: Product yields and ring-retaining oxidation vs. ring opening mechanisms
Key Points
Chemical degradation of biofuel cyclic esters shows significant variation in product yields, emphasizing the role of chlorine atoms in oxidation.
When chlorine atoms initiate degradation, both ring-retaining oxidation and ring opening mechanisms are observed, impacting overall product formation.
The study highlights distinct pathways in the atmospheric degradation process, which is essential for understanding biofuel sustainability and environmental impact.
Further research is needed to explore these degradation pathways under different environmental conditions to validate findings.