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Alexander Gorman
Process Engineer at Desalitech, a DuPont brand
Professional Background
Alexander Gorman is a seasoned Chemical and Applications Engineer with a profound depth of expertise across various industries, including dairy, beverage, chemical, pharmaceutical, and other fluid applications. With a career that showcases his robust technical acumen and project management skills, Alexander specializes in membrane electroseparations technology, particularly in electrodialysis (ED) and bipolar electrodialysis (BPED). His extensive knowledge of Lean concepts further enhances his ability to streamline processes, maximize efficiency, and implement effective solutions in complex environments.
Throughout his professional journey, Alexander has held pivotal roles where he contributed significantly to technological advancements and operational excellence. His most notable experience includes serving as the Global Process Engineering Leader for ED/BPED applications at SUEZ - Water Technologies & Solutions, where he led international efforts to innovate water treatment solutions. At GE, he was the global technical lead for all membrane process ED/BPED applications, showcasing his capacity for leadership and influence in the engineering domain.
In addition to his impressive track record at prominent organizations, Alexander has acquired substantial knowledge in fluid dynamics, allowing him to appreciate the nuances of processes that hinge on the behavior of liquids. His ability to develop control logic for process systems, along with proficiency in reading, interpreting, and modifying PLC programs, positions him as a versatile engineer capable of addressing multifaceted challenges in various operational settings.
Education and Achievements
Alexander's educational background lays a solid foundation for his career in engineering. He holds a Master of Science (MS) degree in Engineering Management from Tufts University, an achievement that reflects his commitment to building a strong managerial and leadership skill set alongside his technical knowledge. Prior to that, he earned two Master of Science (MS) degrees in Chemical Engineering from Northeastern University, complemented by a Bachelor of Science (BS) in the same field from the same institution. This strong academic background has equipped him with a comprehensive understanding of chemical engineering fundamentals and advanced concepts necessary for success in the industry.
Throughout his career, Alexander has made significant contributions to projects that have driven efficiency and innovation. His work in membrane separations has been particularly impactful in the food and beverage sector, where his expertise has supported advancements in processing capabilities and sustainability. By leveraging Lean Six Sigma methodologies, he has successfully identified opportunities for improvement, reduced waste, and enhanced process quality.
Achievements
Some of Alexander's notable achievements include:
- Teaching various technical training sessions to teams, thereby increasing knowledge transfer and skill development among engineers.
- Leading cross-functional teams in large-scale projects that implemented cutting-edge membrane technology to improve water treatment processes.
- Developing and applying process control strategies that have resulted in enhanced operational performance in various applications, particularly in the food and beverage industry.
- Collaborating with leading organizations to pioneer advances in chemical engineering and process design that significantly improved product yield and efficiency in the pharmaceutical and beverage sectors.
Overall, Alexander Gorman exemplifies the intersection of advanced engineering knowledge and practical application in commercial environments. With a commitment to continuous professional development and an unwavering passion for driving change, he remains at the forefront of technological advancement in the chemical and process engineering fields. His contributions not only reflect his individual expertise but also his dedication to enhancing engineering practices for a more sustainable future.