Characterization and Removal of NOM from Raw Waters in Coastal Environments

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Please use this identifier to cite or link to this item: http://hdl.handle.net/1853/7000

Title: Characterization and Removal of NOM from Raw Waters in Coastal Environments
Author: Check, Jason Kenneth
Abstract: An investigation was conducted focusing on how NOM affects coagulation in a United States south eastern coastal surface water. Current water treatment practice at Savannah Water I and D was investigated to determine the efficacy of NOM removal using existing coagulation methods. A robust assessment of alum and ferric sulfate for use as coagulants in the removal of disinfection byproduct (DBP) precursor material was conducted using composite water created from sample sites within the SWID watershed. Both coagulants were optimized for the removal of NOM. Pragmatic methods of NOM size analysis and its reactivity with chlorine was investigated. UF membranes were used in conjunction with a permeation coefficient model (PCM) to determine an apparent molecular weight distribution of NOM present in the watershed. Individual size classes were assessed for their potential to form trihalomethanes (THMs) upon chlorination. Coagulation using alum and ferric sulfate was assessed to determine removal efficiency of individual NOM size classes under various coagulation scenarios. Finally, UV254 absorbance (UVA) was assessed to determine its potential use as an indicator of DOC concentration in raw and treated water at SWID. Additionally, an investigation into the relationship between specific UVA (SUVA) and THM formation potential (THM-FP) was conducted.
Type: Thesis
URI: http://hdl.handle.net/1853/7000
Date: 2005-04-05
Publisher: Georgia Institute of Technology
Subject: Savannah (Ga.)
Natural organic matter
Fulvic acid
Molecular weight
MW
Fulvic
Humic acid
Humic
Separation
UF
Characterization
Ultrafiltration
NOM
Department: Civil and Environmental Engineering
Advisor: Committee Chair: Michael Saunders; Committee Member: Jaehong Kim; Committee Member: Paul Work
Degree: M.S.

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