<p>Note: *<i>P<</i>0.05. IAA: iodoacetic acid. IF: iodoform. HAA<sub>9</sub>: chloro-, bromo-, dichloro-, dibromo-, bromochloro-, bromodichloro-, dibromochloro-, trichloro-, and tribromoacetic acid. THM<sub>4</sub>: chloroform, bromoform, bromodichloromethane, and chlorodibromomethane.</p><p>DOC: dissolved organic carbon. SUVA: specific UV absorbance.</p
The formation of THMs and HAAs after chlorination of bulk water fractions of low-SUVA (specific UV a...
This study examines a matrix of synthetic water samples designed to include conditions that favour b...
This study examines a matrix of synthetic water samples designed to include conditions that favour b...
<p>Note: DOC: dissolved organic carbon. SUVA: specific UV absorbance. IAA: iodoacetic acid. IF: iodo...
<p>Note: DOC: dissolved organic carbon. SUVA: specific UV absorbance. IAA: iodoacetic acid. IF: iodo...
The disinfection by-product (DBP) formation potential (FP) of natural organic matter (NOM) in surfac...
With increasing focus on the health implications from disinfection by-products (DBP) in drinking wat...
During drinking water treatment aqueous chlorine and bromine compete to react with natural organic m...
Organic matter in drinking water is determined by applying indirect determination methods used for q...
Trihalomethane formation potential, ultra-violet light absorbance, and aromatic carbon content of di...
Disinfection byproducts (DBPs) are formed in water treatment and in distribution systems when disinf...
Dissolved organic matter (DOM) in 6 water samples collected from 4 surface waters were fractionated ...
The removal of dissolved organic carbon (DOC) during potable water treatment is important for mainta...
Concerns regarding disinfection by-product (DBP) formation during drinking water treatment have led ...
Removal of natural organic matter (NOM) is increasingly important in production and distribution of ...
The formation of THMs and HAAs after chlorination of bulk water fractions of low-SUVA (specific UV a...
This study examines a matrix of synthetic water samples designed to include conditions that favour b...
This study examines a matrix of synthetic water samples designed to include conditions that favour b...
<p>Note: DOC: dissolved organic carbon. SUVA: specific UV absorbance. IAA: iodoacetic acid. IF: iodo...
<p>Note: DOC: dissolved organic carbon. SUVA: specific UV absorbance. IAA: iodoacetic acid. IF: iodo...
The disinfection by-product (DBP) formation potential (FP) of natural organic matter (NOM) in surfac...
With increasing focus on the health implications from disinfection by-products (DBP) in drinking wat...
During drinking water treatment aqueous chlorine and bromine compete to react with natural organic m...
Organic matter in drinking water is determined by applying indirect determination methods used for q...
Trihalomethane formation potential, ultra-violet light absorbance, and aromatic carbon content of di...
Disinfection byproducts (DBPs) are formed in water treatment and in distribution systems when disinf...
Dissolved organic matter (DOM) in 6 water samples collected from 4 surface waters were fractionated ...
The removal of dissolved organic carbon (DOC) during potable water treatment is important for mainta...
Concerns regarding disinfection by-product (DBP) formation during drinking water treatment have led ...
Removal of natural organic matter (NOM) is increasingly important in production and distribution of ...
The formation of THMs and HAAs after chlorination of bulk water fractions of low-SUVA (specific UV a...
This study examines a matrix of synthetic water samples designed to include conditions that favour b...
This study examines a matrix of synthetic water samples designed to include conditions that favour b...