Victoria Mills
Green Electrochemical Research Lab - Dr. Taeyoung Kim
Green Electrochemical Research Lab - Dr. Taeyoung Kim
This summer at Clarkson in the GreenER Lab, I explored the optimization of electrolysis of wastewater via hydrogen looping. This (slightly wordy) pursuit presents a possible sustainable alternative source of nitrogen for industrial and agricultural application. With my labmate, Nora Conzemius, we found that hydrogen supplemented at the anode of our cell reduced voltage consumption, furthering the development of a nitrogen collecting cell for wastewater treatment plants. At Smith College, I spend most of my time in the Geoscience department using the inherent visual appeal of cool rocks to entice fellow students into learning complex geochemical processes. When not in science mode, I practice fiber arts and work with King House Council.
After a river tour of sites of ecological concern guided by the Saint Regis Mohawk Tribe Environmental Division, we learned about the process of sturgeon tagging from catching the fish to releasing them back into the river. Thank you to Mr. Vaughn Adams for teaching us to bait the line!
Optimizing Ammonia Recovery from Wastewater Treatment Centrate Via H2 Cycling
Authors: Victoria Mills
Hydrogen Looping During Electrolysis of Wastewater Filtrate for Ammonia Recovery
Authors: Victoria Mills, Dr. Taeyoung Kim
Overview
Scientist-in-Action
Macro
Conclusion
Hydrogen Looping During Electrolysis of Wastewater Filtrate for Ammonia Recovery
Author: Victoria Mills, Nora Conzemius, Dr. Taeyoung Kim
Hydrogen Looping During Electrolysis of Wastewater Filtrate for Ammonia Recovery
Authors: Victoria Mills, Nora Conzemius, Dr. Taeyoung Kim