David Ensor went green before it was cool. One could say he was on the environmental bandwagon early when no one could have foreseen it would be a major trend over the next four decades.

“I made the decision to go into environmental engineering before the first Earth Day; this was before the Environmental Protection Agency,” Ensor said. “People thought I was absolutely nuts.”

Ensor was recently honored with the Gene and Linda Voiland School of Chemical Engineering and Bioengineering Distinguished Alumnus Award.

After graduating with a bachelor’s in chemical engineering from WSU in 1963, he got his master’s and Ph.D. at the University of Washington. It was while in graduate school that Ensor decided to use his chemical engineering training in the environmental field.

“I wanted to do something a little more relevant to our future,” he said. “One reason I made this decision was it seemed to me that the problems in the environment needed to be solved.”

He also met his wife, Sally, who was a student in the Department of Library Science at the University of Washington. His career choice made sense to her because “Basically, he was either outdoors hiking and mountain climbing or studying and working in the lab,” she said.

Ensor went on to become an expert in aerosol and air pollution science. In recent years, he has been applying his aerosol expertise to nanotechnology research and international standards development as a United States delegate to the International Organization for Standardization (ISO).

His work has ranged from some of the first air quality projects in Southern California to recent research into how indoor air filters work. He worked for Meteorology Research Inc of Altadena, CA and is currently employed by RTI International in North Carolina. During the last 38 years, he has managed departments and centers performing projects for EPA, Department of Energy, Department of Defense, Department of Homeland Security, Electrical Power Research Institute, and private corporations.

Currently as a RTI Senior Fellow, Ensor is editing a book about the history of aerosol science in addition to his research responsibilities. He has several patents, almost 200 publications, recognition as one of the Founding Editors-in-Chief of Aerosol Science and Technology, and several prestigious awards, including the Hammer Award from the White House during the Clinton Administration and the Meritorious Service Award from the American National Standards Institute.

Ensor credits a variety of things for his success, including a high school shop class that taught him about designing projects and finishing them, the importance of a strong work ethic, and how to draft technical plans.

“It’s not about which classes you take, it’s what you get out of them and how you apply them,” he said.

Although he moved on, he also always remembers the impact of WSU.

“I came from a small high school (Reardan Washington), went to WSU, and, in four years, I was employable,” he said. “Almost everyone from WSU can say that.”

In particular, he credits former CEA faculty member and the first Chemical Engineering Department Chair, George Austin, with inspiring him to move into environmental research.

“Austin was quite an individual. He used to tell stories illustrating the importance of identifying and solving the right problems. That’s one reason I decided to go into the environmental field,” Ensor said. “Without inspiration of the contrarian world view George Austin had, I probably wouldn’t have made that decision.”

He was surprised and honored to receive the award. It means a lot to him to be recognized, he says, but his selection is “still a mystery.”

“I don’t feel like I have done anything significant at this point. It’s a lot of little things,” Ensor said. “I haven’t saved the environment yet but we’re working on it.”

Dr. James Lee, a chemical engineering professor for almost 30 years, passed away in April from lung cancer.

Lee’s research into cancer treatments may have played a role in ultimately extending his own life, says Jim Petersen, director of the Gene and Linda Voiland School of Chemical Engineering and Bioengineering.

Lee, who was a non-smoker, conducted research in using tobacco leaves to produce proteins used in cancer treatment, producing tobacco cell cultures that contained mammalian proteins. The researchers chose the tobacco leaf because it was fast-growing and had been extensively studied, not realizing the irony of their choice until later. In particular, the researchers produced proteins used for communication between blood cells and for the production of colonies of white blood cells, both of which are thought to play a role in immune response. They also produced a protein that could be used in diagnostic laboratory tests.

Lee hoped that the use of the plant-based protein production would lead to less expensive and more effective cancer treatments.

Not only a researcher while at WSU, Lee also enjoyed teaching and maintained a focus on his students. He wrote a well-used textbook on biochemical reaction engineering.

“Despite his struggles with cancer, he was engaged in the classroom with students until a few weeks ago,” said Candis Claiborn, dean of the College of Engineering and Architecture. “Many students have expressed how much he cared about them and that, from him, they learned the essence of chemical engineering and the importance of the spiritual, intellectual, artistic, and interpersonal aspects of a balanced life.”

Lee, who was born in Seoul, South Korea in 1946, received his master’s degree there in chemical engineering. With his wife, Inn Soo Sohn, and his daughter, Young Jean, he came to the United States in 1976. He received his doctorate from the University of Kentucky and began teaching at WSU in 1983.

Read James M. Lee’s obituary at WSU Today

In 1970, the Board of Directors of the Washington State University Alumni Association created the Alumni Achievement Award to recognize and honor alumni who have given outstanding service to Washington State University and/or outstanding contributions to their community and/or profession and/or nation. The Alumni Achievement Award is the highest honor bestowed by the Alumni Association. Since its conception WSU has awarded 483 deserving alumni. Our Alumni Achievement Award recipients make up .0019% of the estimated quarter of a million people who have attended WSU over the years. Today, Thomas Graedel was honored with the Alumni Achievement Award.

Upon the completion of his PhD, Dr. Graedel began a distinguished career with the AT&T Bell Laboratories. During his tenure with Bell Labs he was elevated to the position of Distinguished Member of the Technical Staff. In 1996 he left Bell Labs to become the Clifton R. Musser Professor of Industrial Ecology at Yale University, a position he holds today. His research career started in typical areas such as solar physics, chemical kinetic modeling of gases and droplets in the atmosphere, and corrosion of materials by atmospheric species before transforming into the areas of atmospheric change and industrial ecology and sustainability science. It is in these later areas where his truly exceptional achievements lie.

In 1979 Dr. Graedel, along with Jean McRae of Bell Labs, began work demonstrating that urban carbon dioxide data mimicked the trends seen in remote areas. This was followed by work showing that methane and carbon monoxide from human activities were contributing to the warming of the Earth. In the mid-1990s Dr. Graedel, along with Nobel Laureate Paul Crutzen, wrote an undergraduate text (Atmospheric Change: An Earth System Perspective) and a companion volume for the lay public (Atmosphere, Climate and Change) that were described in 1994 in the journal, Nature, as doing“… an amazing job of introducing the reader to the large-scale issues of today and the future.” The latter won the American Meteorological Society’s Louis J. Battan Author’s Award in 1995.

Since 1990 Dr. Graedel’s interests have been focused on industrial ecology and sustainability. He is the senior author of the text Industrial Ecology that has been recognized as the first text in this newly emerging area. He is also the senior author of four other related texts. His environmental assessment matrix, developed while assessing AT&T products, is now a standard industrial tool for streamlined life cycle assessment of the environmental impacts of products, processes, and facilities.

The true impact of his work can be seen in the degree to which his publications are cited by others. As of the end of 2005 Dr. Graedel’s papers and books have been cited more than 3900 times. This places his citation record in the top 1/3 of 1% of all active scientists. His impact can also be judged by the honors he has received. In addition to the honors described above he has also been named as a Fellow of the American Geophysical Union and the American Association for the Advancement of Science. He is a member of the U.S. National Academy of Engineering.

Speaking on behalf of the WSU Alumni Association, the Gene and Linda Voiland School of Chemical Engineering and Bioengineering, the College of Engineering and Architecture and the University, we are proud to have Tom as one of our distinguished alumni. We are proud that Tom is a member of the Cougar family.

Read about Golden Graduate Reunion

Advised by Dr. Richard Zollars, the team of chemical engineers from the Voiland School took 1st place in the Pacific Northwest Regional AIChE reaction car competition, which was held last week. The meeting was attended by students from other chemical engineering departments around the northwest, including the University of Idaho, Montana State University, Oregon State University, the University of British Columbia, and the University of Washington. The team will next compete in the national competition in conjunction with the AIChE National Meeting, which will be held in Salt Lake City in November, 2010.

Dr. Haluk Beyenal recently received a 3M Nontenured Faculty Grant. This award is administered by 3M Research and Development in partnership with the Corporate Giving Program. It recognizes outstanding new faculty for the quality and pertinence of their research and is intended to help young faculty achieve tenure, remain in their teaching position, and conduct research.

Sarah Zeutschel has been awarded the NASA Space Grant Undergraduate Scholarship in Science and Engineering. She will continue her work with Professor Haluk Beyenal. The award was made in recognition of her outstanding academic achievements and will facilitate her continued success in research at Washington State University. Her research focuses on how electrons are transferred from microbes to the solid phase electron acceptors.

Studies have shown that students who participate in an undergraduate research experience effectively integrate coursework, enabling them to more quickly become productive engineers. For these reasons, we are extremely pleased that NASA has enabled an outstanding student like Sarah to conduct research by working with a member of our faculty.

Three Voiland School students were selected to receive NASA Space Grant Fellowships in recognition of their outstanding academic achievements. The awards will facilitate their continued success in research. Campus-wide, 12 graduate fellowships and 6 undergraduate fellowships were awarded. Thus, Voiland School students received a disproportionately high fraction of the fellowships which were awarded. Sarah Zeutschel received the undergraduate fellowship. Sarah is working with Prof. Haluk Beyenal. Ms. Zeutschel’s research focuses on how electrons are transferred from microbes to solids. This work has application in fuel cells and wound healing. Graduate fellowships were awarded to Jerome Babauta and Sarah Haarsma. Mr. Babauta, who is seeking his PhD in chemical engineering working with Prof. Beyenal, studies electron transfer mechanisms in biofilms with an emphasis on microbial fuel cells. Ms. Haarsma is seeking her MS degree working with Prof. Bernard J. VanWie and is developing a unique detector for monitoring heart health. This device may be used to monitor the health of astronauts during extended space travel.