Zili Wu
About Zili Wu
Zili Wu serves as the Group Leader of Surface Chemistry and Catalysis at Oak Ridge National Laboratory, a position he has held since 2016. He has been a research staff member at the laboratory since 2006 and holds a PhD in catalysis from the Dalian Institute of Chemical Physics.
Work at Oak Ridge National Laboratory
Zili Wu has been a part of Oak Ridge National Laboratory since 2006, contributing to research and development in the field of surface chemistry and catalysis. In 2016, Wu was appointed as the Group Leader of Surface Chemistry and Catalysis, overseeing a team focused on advancing knowledge and technology in this area. Wu's role involves leading research initiatives, mentoring staff, and collaborating with other scientists to drive innovation and scientific discovery.
Education and Expertise
Zili Wu earned a PhD in catalysis from the Dalian Institute of Chemical Physics, where he studied from 1996 to 2001. Prior to this, he completed a Bachelor's degree in Environmental Chemistry at Wuhan University from 1992 to 1996. This educational background provides Wu with a strong foundation in chemical research, particularly in the areas of catalysis and environmental applications.
Background
Zili Wu has a significant tenure in the field of chemistry, with over 18 years of experience at Oak Ridge National Laboratory. His career began in 2006, and he has progressively taken on more responsibilities, culminating in his current leadership position. Wu's background in both catalysis and environmental chemistry informs his research and leadership style, allowing him to address complex scientific challenges.
Research Contributions
As a Group Leader of Surface Chemistry and Catalysis, Zili Wu has been involved in various research projects that focus on the development of new catalysts and surface chemistry techniques. His work contributes to advancements in energy efficiency and environmental sustainability. Wu's research efforts are aimed at enhancing the understanding of chemical processes at the surface level, which is crucial for improving catalytic performance.