Date of Degree
MS (Master of Science)
Civil and Environmental Engineering
Richard L. Valentine
The objective of this project was to investigate a novel pathway for the formation of the iodinated disinfection by-products iodoform and iodoacetic acid. The NOM/metal oxide/I- system was verified to form both iodinated disinfection by-products in relevant environmental conditions near neutral pH. Research was conducted further by using authentic pipe deposit as the metal oxide. The two iodo-DBPs were detected in the NOM/pipe deposit/I- system, as well as in the absence of NOM. The hypothesis for this research was that the two iodinated disinfection by-products would form in drinking water distribution systems by a reaction between natural organic matter, authentic pipe deposit, and iodide.
Copyright 2010 John Blake McAskill
McAskill, John Blake. "Novel pathways for the formation of iodinated disinfection by-products." Master's thesis, University of Iowa, 2010.