Mike Koevoet
About Mike Koevoet
Mike Koevoet serves as the Superintendent of Steam Chemical Recovery at Domtar, bringing over 30 years of experience in steam and chemical recovery processes, particularly within the pulp and paper industry.
Work at Domtar
Mike Koevoet has been serving as the Superintendent of Steam Chemical Recovery at Domtar since 2017. In this role, he oversees the steam and chemical recovery processes within the organization, applying his extensive experience in energy recovery systems. His position involves managing operational efficiencies and ensuring the effective functioning of recovery systems in the pulp and paper industry.
Previous Experience at Devon Energy
Prior to his current role, Mike Koevoet worked at Devon Energy from 2009 to 2015. He held the positions of Operations Foreman and Chief Power Engineer in Oklahoma City, Oklahoma, for three years. During this time, he was responsible for overseeing operations and managing power engineering tasks, contributing to the efficiency of energy production.
Career at Tembec
Mike Koevoet spent 20 years at Tembec, where he served as Recovery and Energy Manager from 1989 to 2009 in Montréal, Quebec, Canada. His responsibilities included managing recovery processes and optimizing energy use within the company, which provided him with a solid foundation in the pulp and paper sector.
Education and Expertise
Mike Koevoet possesses a strong background in power engineering, focusing on optimizing energy recovery systems. His expertise spans over 30 years in steam and chemical recovery processes, demonstrating a deep understanding of the technical and operational aspects of energy management in various industrial settings.
Leadership and Management Skills
Throughout his career, Mike Koevoet has demonstrated leadership in roles that require both technical expertise and operational management skills. He has a history of managing large-scale industrial operations, particularly in the pulp and paper industry, showcasing his ability to lead teams and enhance operational performance.