Work

5) Hutchison, J.M., and Zilles, J.L. Biocatalytic removal of perchlorate and nitrate in ion-exchange waste brine.Environmental Science: Water Research and Technology. 4(8). pp. 1181-1189. July 2018. 

4) Mobilia, K.C., Hutchison, J.M., and Zilles, J.L. Characterizing isozymes of chlorite dismutase for water treatment. Frontiers in Microbiology. 8 (2423).November 2017.

3) Hutchison, J.M., Guest, J.S., and Zilles, J.L. Evaluating the development of biocatalytic technology for the targeted removal of perchlorate from drinking water. Environmental Science and Technology. 51 (12). pp. 7178-7186. May 2017. 

2) Hutchison, J.M., and Zilles, J.L. Biocatalytic perchlorate reduction: kinetics and effects of groundwater characteristics. Environmental Science: Water Research and Technology. 1(6). pp. 913-921. September 2015.

1) Hutchison, J.M., Poust, S.K., Kumar, M. Cropek, D.M., MacAllister, I.E., Arnett, C.M., and Zilles, J.L. Perchlorate reduction using free and encapsulated Azospira oryzae enzymes.Environmental Science and Technology. 47 (17). pp. 9934-9941. August 2013.


TEACHING

CE 571/771 Environmental Engineering Laboratory

A course in the application of laboratory skills and experiments relevant to drinking water and wastewater treatment processes.

CE 573/773 Biological Principles of Environmental Engineering Processes

A survey of the roles of microorganisms in environmental engineering processes. Students will gain understanding of selective pressures and their manipulation to perform beneficial functions.

CE 772 Physical Principles of Environmental Engineering Processes

A study of the role physical principles play in environmental processes. The class emphasizes fundamental physical knowledge at the microscale to understand environmental processes.

_TTest

Perchlorate reducing nanoreactors created with enzymes and synthetic polymers.
Heterologous expression of chlorite dismutase in E. coli.