Remi Petibon Ph D
About
Remi Petibon Ph D is from Nova Scotia, Canada. Remi works in the following industries: "Higher Education", and "Research". Remi is currently Staff Cell Materials Engineer at Tesla, located in Nova Scotia, Canada. In Remi's previous role as a Senior Research Engineer at Tesla, Remi worked in Nova Scotia, Canada until Dec 2018. Prior to joining Tesla, Remi was a Research Engineer at Tesla and held the position of Research Engineer at Nova Scotia, Canada. Prior to that, Remi was a PhD Candidate at Dalhousie University, based in Dalhousie University from Sep 2013 to Jun 2016. Remi started working as Master Student - Chemistry at Dalhousie University in Halifax, Canada Area in Sep 2011. From Sep 2010 to Jan 2011, Remi was Research Assistant at Université de Montréal. Prior to that, Remi was a Undergraduate Research Internship at Université de Montréal from Jan 2008 to Jan 2008.
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Remi Petibon Ph D's current jobs
• Engineering lead, Li-ion electrolyte design, optimization, testing and approval • Cell performance evaluation • Cell degradation analysis • Analysis method development
Remi Petibon Ph D's past jobs
During my PhD, I worked on evaluating the reactivity of electrolyte additives in Li-ion batteries using gas chromatography, high precision coulometry, impedance spectroscopy, and liquid chromatography. These include the analysis of the liquid components of the electrolyte as well as the composition of the gas produced during cell use. These measurements help correlating the reactivity of electrolyte additives with their effect on cell lifetime improvements. In parallel I am also working on developing novel electrolytes with atypical solvents such as esters. Mainly a new electrolyte system displaying very good graphite and Li transition metal dioxide electrodes passivation as well as good low temperature performance has been developed. These consist on blends of alkyl esters with vinylene carbonates.
Master's student at Dalhousie University in Jeff Dahn's research group. Worked on developing a method to deconvolve the impact of electrolyte additives in Li-ion batteries on the impedance of the positive electrode and negative electrode.
Research project: Study of the dissolution and reactivity of Li-ion electrodes materials based on LiFePO4 in Lithium-ion batteries. Started on the project in the Summer of 2010 as Undergraduate Research Internship.
Research project: Study of mechanical deformation of polymers by polarized infrared spectroscopy Summer 2008