about Dr. Gilbert Gordon



Dr. Gordon has had a spectacular career as a renowned chemist. He began his career with the University of Maryland, serving as an Assistant Professor from 1960 to 1964, an Associate Professor from 1964 to 1967 and a Professor in 1967. His career continued with the University of Iowa from 1967 to 1973 as a full Professor. Dr. Gordon traveled overseas as a Visiting Professor and a was a guest of the Japan Society for the Promotion of Science in 1969 and again in 1984. He served as both a Professor and Chair with the Department of Chemistry at Miami University from 1973 to 1984. In addition, he served as the Volwiler Distinguished Research Professor Emeritus from 1984 to 2003 and continues to serve as a Distinguished Research Professor. Dr. Gordon specializes in drinking water research, dynamics of chemical reactions, reactions of chlorine dioxide, chlorine and ozone and all aspects of analytical chemistry. Some of Dr. Gordon's major career accomplishments include developing an experimental methodology for the determination of "free" and "complexed" labile transition metal ion species in aqueous solutions. He also directed research to measure the rates of reaction and the rates of decomposition of chlorine dioxide in aqueous solutions. The chemical details of these studies continue to be used extensively by the water treatment industry throughout the world, to provide higher quality drinking water when using chlorine dioxide. Dr. Gordon demonstrated how non-linear least-squares mathematical techniques could be used for the fitting and chemical modeling of rates of reaction of multi-component redox species. In addition, he utilized Flow Injection Analysis as a technique to measure low-level concentrations of ozone, free available chlorine, chlorite ion and chlorine dioxide in drinking water and wastewater. Additional accomplishments include co-editing a definitive, 800-page review entitled, "Disinfectant Residual Measurements Methods", used by drinking water utilities in the United States, Canada and Europe. As a specialized expert in his field, Dr. Gordon described how a detailed understanding of the chemistry of inorganic redox reactions could be used to prepare better quality drinking water less expensively. Dr. Gordon has published numerous works including co-authoring "Measuring Oxidant Species in Electrolyzed Salt Brine Solutions", "A Comparison of Sulfite Ion and Reduced Iron for the Removal of Bromate Ion", "Preliminary Data on the Fate of Bromate Ion in Simulated Gastric Juices" and "Bleach 2001". He also was the author of "Residual Ozone Measurement: Indigo Sensitivity Coefficient Adjustment". Dr. Gordon has received a number of honors and awards during his career including Chemist of the Year, 1981 and Distinguished Scientist, 1982, both from the American Chemical Society, Sigma Xi Researcher of the Year, 1982, Miami University Chapter, the Bradley University Distinguished Alumnus of 1986, the Prestigious Miami University Benjamin Harrison Medallion, 1993, for Outstanding National and International Contributions to Education and Research, the Bradley University College of Arts and Sciences Distinguished Alumnus Award, 2001 and the Miami University Distinguished Scholar Award, 2002, in Recognition of Outstanding Achievements in Research and Scholarly Achievements. Dr. Gordon is a member of various associations and societies including The American Chemical Society; Fellow, American Institute of Chemists and the Ohio Academy of Science; American Water Works Association; Chemical Society of London; Life Member, Phi Kappa Phi; Omicron Delta Kappa and Sigma Xi. Dr. Gordon received a B.S. in Chemistry from Bradley University in 1955 and a Ph.D. in Inorganic Chemistry and Mathematics, Michigan State University, 1959 and in Postdoctoral Studies at the University of Chicago, 1960. He is married to his wife Joyce since 1957 and resides in Oxford, Ohio where he enjoys wine tasting, evaluation and collecting.

Career Accomplishments:


During his 45 year research and teaching career, Professor Gordon has taught more than 10,000 undergraduate students and has published more than 200 peer-reviewed papers describing research with his graduate students, post-doctoral research associates and other research colleagues. He has presented more than 400 research papers at national and international meetings. His research efforts have attracted more than $6 million (well in excess of $18 million in current dollars.) He has received numerous awards and honors recognizing his efforts and those done jointly with research colleagues. Dr. Gordon and his students will continue to research, consult and advocate on issues that affect the drinking water industry. In 2009, he was a Senior Founding Partner of Gordon & Rosenblatt, LLC, which is an independent firm that is specialized in the science, technology and application of ozone, chlorine dioxide and other oxy-halogen species. He has received awards for his excellent teaching at the graduate and undergraduate level. His lifetime body of research and the research yet to come has had and will continue to have a major impact on both the teaching of chemistry and the drinking water industry.


Published Works:


Numerous including, Co-author, "Measuring Oxidant Species in Electrolyzed Salt Brine Solutions", J.Am.Water Works, 94 (10), 111-120, 2002; Author, "Residual Ozone Measurement: Indigo Sensitivity Coefficient Adjustment", Ozone Science & Engineering, 24, 17-28, 2002; Co-author, "A Comparison of Sulfite Ion and Reduced Iron for the Removal of Bromate Ion", J.Am.Water Works, 94 (2), 91-98, 2002; Award winning paper "Perchlorate, Bromate, and Chlorate in Hypochlorite Solutions: Guidelines for Utilities", Stanford BD, Snyder SA, Gordon G, this award recognizes the most notable contribution to the science of public water supply development; Recipient of the Morton Klein Award from the International Ozone Association



Drinking water research, dynamics of chemical reactions (chemical kinetics), reactions of chlorine dioxide, chlorine and ozone (disinfectants and oxidizing agents), analytical chemistry