KENNETH
J. KLABUNDE
University Distinguished Professor of chemistry
When it comes to chemistry, microscopic research can produce monumental
results. Kenneth J. Klabunde, university distinguished professor
of chemistry at Kansas State University, has pioneered research
on microscopic nanoparticles. The tiny particles have the ability
to absorb and destroy toxic materials, and are capable of counteracting
chemical and biological weapons. They also can be used to filter
water and purify air.
Klabunde received a bachelor's degree in chemistry from Augustana College and a doctorate in chemistry from the University of Iowa. He did postdoctoral work at Pennsylvania State University from 1969-1970. He joined K-State in 1979, and served as the head of the chemistry department until 1988. He was named a university distinguished professor in 1988.
Klabunde is an internationally known expert in the field of metal atom chemistry and in nanoscale particles. He has delivered more than 100 lectures in 14 different countries, and is the author of more than 380 professional publications. In 1990, his research led to a patent on a new method for coating substrates. He has worked as a contract consultant for several companies including Catalytica, 3M and Amoco. In addition to his position at K-State, Klabunde serves as Founding Director and Consultant for Nanoscale Materials Inc., a company that came about as a result of his research.
Klabunde has received numerous awards throughout his career including the 1998 Midwest Award from the St. Louis section of the American Chemical Society, the Technology of the Year Award by the Silicon Prairie Technology Association in 1996, the Olin Petefish Award in the Basic Sciences in 1995, and the Conoco Distinguished Graduate Faculty Member in 1992.
He is a member of several professional organizations including the American Chemical Society, Alpha Chi Sigma, Phi Lambda Upsilon, and Sigma Xi, which he he has served as president.
Klabunde can be reached for comment by phone at 785-532-6849 - office; 785-532-6829 - lab; or via e-mail at kenjk@k-state.edu.