Elie Abi Nassif
About Elie Abi Nassif
Elie Abi Nassif is a Process Engineer with a Bachelor of Science in Chemical Engineering from the University of Balamand and an Engineer's degree from ENSIC. He has worked at Tronox since 2018, focusing on process optimization and risk analysis in Thann, France.
Work at Tronox
Elie Abi Nassif has been employed as a Process Engineer at Tronox since 2018. His role involves conducting risk analysis using methodologies such as Hazop and What-if. He focuses on long-term process studies and equipment design, contributing to the optimization of processes and costs to enhance operational efficiency. In his position, he engages in daily analysis of process deviations and proposes solutions to improve production processes. He is also involved in continuous improvement initiatives aimed at refining operational practices.
Education and Expertise
Elie Abi Nassif earned a Bachelor of Science in Chemical Engineering from the University of Balamand, where he studied from 2012 to 2015. He furthered his education at ENSIC, obtaining an Engineer's degree in Chemical Engineering from 2015 to 2018. His academic background provides a strong foundation for his work in process engineering, equipping him with the necessary skills and knowledge to excel in his field.
Background
Before joining Tronox, Elie Abi Nassif gained practical experience through internships. He worked as a Process Engineering Intern at Solvay in 2017 for five months, where he developed his skills in process engineering. He also completed a five-month internship at Axens in 2018. These experiences contributed to his professional development and prepared him for his current role at Tronox.
Achievements
In his role as a Process Engineer, Elie Abi Nassif has contributed to various initiatives focused on process and cost optimization. He has been actively involved in continuous improvement projects aimed at enhancing production processes. His expertise in risk analysis and process deviation analysis has enabled him to propose effective solutions that support operational efficiency.