Zhongxian Cheng
About Zhongxian Cheng
Zhongxian Cheng serves as the Lead Process Engineer and FT-Beijing FT Liaison Representative at Fuel Tech Inc, where he has worked since 2008. He holds a PhD in Combustion and Laser Diagnostics from Vanderbilt University and possesses extensive expertise in Renewable Energy and environmental services.
Work at Fuel Tech
Zhongxian Cheng has been employed at Fuel Tech Inc since 2008, serving as the Lead Process Engineer and FT-Beijing FT Liaison Representative. Over the course of 16 years in this role, he has contributed to various projects focused on optimizing process engineering within the environmental services industry. His responsibilities include applying engineering principles to develop sustainable solutions and address environmental challenges.
Education and Expertise
Zhongxian Cheng holds multiple degrees that underpin his expertise in engineering. He earned a Bachelor's degree in Chemical Machinery Engineering from Dalian University of Technology, which provided him with a solid foundation in engineering principles. He furthered his education at Vanderbilt University, where he completed a Master's degree in Computer Science and later achieved a Doctor of Philosophy (PhD) in Combustion and Laser Diagnostics. His educational background supports his work in renewable energy and process optimization.
Background
Zhongxian Cheng has a strong background in Renewable Energy and environmental services. His engineering skills are applied to develop solutions that address environmental challenges. His knowledge in Mechanical Engineering and Computer Science allows him to innovate in process engineering, particularly in the areas of Steam and Fluid Dynamics, which are essential for optimizing processes in the environmental services sector.
Achievements
Throughout his career, Zhongxian Cheng has made significant contributions to the field of process engineering, particularly in the environmental services industry. His expertise in Steam and Fluid Dynamics has been critical in optimizing engineering processes. His work combines various engineering disciplines, showcasing his ability to integrate knowledge from Chemical Machinery Engineering, Mechanical Engineering, and Computer Science to create effective engineering solutions.