Réal Courcy
About Réal Courcy
Réal Courcy is a Senior Process Engineer with extensive experience in process engineering within the mining and metals industry. He has worked at Vale and currently holds a position at Hatch, contributing to projects such as the commissioning of the dehydration area for the QSLIC magnesium plant.
Work at Hatch
Réal Courcy has been employed at Hatch as a Senior Process Engineer since 2016. His role involves applying his extensive knowledge in process engineering to various projects. He is based in Mississauga, Ontario, Canada, where he contributes to the company's initiatives in the mining and metals sector. His experience allows him to address complex engineering challenges and enhance operational efficiencies.
Previous Experience at Vale
Prior to his current position, Réal Courcy worked at Vale from 2007 to 2012. He held the position of Ingénieur Procédé for two years before transitioning to Coordinateur Raffinerie for three years in Rio De Janeiro, Brazil. During his tenure at Vale, he gained valuable experience in process engineering, which has contributed to his expertise in the industry.
Education and Expertise
Réal Courcy studied at Université Laval from 1978 to 1982, where he completed his degree. His educational background laid the foundation for his career in process engineering. He has developed expertise in fluid bed reactor technology, particularly in its industrial applications, which is critical in the mining and metals industry.
Key Contributions to Projects
Réal Courcy played a significant role in the commissioning and start-up of the dehydration area for the QSLIC magnesium plant. His involvement in this project highlights his capability in managing complex engineering processes and ensuring successful operational outcomes within the industry.
Industry Experience
With extensive experience in process engineering, Réal Courcy has specialized knowledge in the mining and metals industry. His background includes various roles that have equipped him with the skills necessary to tackle engineering challenges and improve processes in a demanding environment.