Fundamental Research
News
09 March 2021
The present work proposes an extended reaction path mechanism includes up to 258 equilibrium reactions to form octamer oligomers.
Teams at IFPEN studied the phenomenon of fuel autoxidation, phase separation and deposit formation causing a variety of malfunctions. Having proposed a new deposit formation process, researchers validated it for diesel, biodiesel and aviation kerosene fuels using a new methodology and demonstrated the role of charge carriers and polarity at the oxidized/non-oxidized product interface.
Objectives pursued, scientific challenges to be overcome, partnerships proposed: watch a video on IFPEN’s fundamental research strategy.
To find out more