Disinfection by-product minimisation by organic and inorganic precursor removal

Nicole Knight; Maria José Farré; Kalinda Watson; J. Keller; W. Gernjak; F.D.L. Leusch; M. Bartkow; James R. Birt; P. Burrell

Disinfection by-product minimisation by organic and inorganic precursor removal

Nicole Knight, Maria José Farré, Kalinda Watson, J. Keller, W. Gernjak, F.D.L. Leusch, M. Bartkow, James R. Birt, P. Burrell

Faculty of Society & Design

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Research › peer-review

Abstract

A matrix of 18 synthetic waters with variable water quality parameters (alkalinity, natural organic matter (NOM), and halide concentration) was prepared. The DBP formation potential of these 18 samples was examined both before treatment, after enhanced coagulation (EC) and after a sequential treatment using EC followed by either powdered activated carbon (PAC), granular activated carbon (GAC), silver-impregnated activated carbon (SIAC), or MIEX® resin. The study shows that natural organic matter (NOM) concentration is greatly reduced with EC, and further reduced by each secondary treatment. Halide adsorption was not possible with EC or PAC, however, MIEX® and GAC had some halide adsorption capacity. SIAC exhibited the greatest halide removal (average 99% adsorption). Total DBP formation was reduced by EC, and further reduced by each secondary treatment process, however, specific highly brominated DBPs increased in concentration with each successive treatment step in all cases except after SIAC treatment. The more highly brominated DBPs may be of a greater public health concern than their chlorinated counterparts, therefore, in salinity-impacted waters, halide removal is desirable.

Original language	English
Title of host publication	Science forum and stakeholder engagement
Subtitle of host publication	Building linkages, collaboration and science quality
Editors	D.K. Begbie, S.J. Kenway, S.M. Biermann, S.L. Wakem
Place of Publication	Brisbane
Publisher	Urban Water Security Research Alliance
Pages	146-152
Number of pages	7
Publication status	Published - 2012
Event	Science forum and stakeholder engagement : Building linkages, collaboration and science quality - Brisbane , Brisbane , Australia Duration: 19 Jun 2012 → 20 Jun 2012 http://www.urbanwateralliance.org.au

Publication series

Name
ISSN (Print)	1839-1230
ISSN (Electronic)	1839-1249

Conference

Conference	Science forum and stakeholder engagement
Country/Territory	Australia
City	Brisbane
Period	19/06/12 → 20/06/12
Internet address	http://www.urbanwateralliance.org.au

UN SDGs

This output contributes to the following UN Sustainable Development Goals (SDGs)

Cite this

Knight, N., Farré, M. J., Watson, K., Keller, J., Gernjak, W., Leusch, F. D. L., Bartkow, M., Birt, J. R., & Burrell, P. (2012). Disinfection by-product minimisation by organic and inorganic precursor removal. In D. K. Begbie, S. J. Kenway, S. M. Biermann, & S. L. Wakem (Eds.), Science forum and stakeholder engagement: Building linkages, collaboration and science quality (pp. 146-152). Urban Water Security Research Alliance.

Knight, Nicole ; Farré, Maria José ; Watson, Kalinda ; Keller, J. ; Gernjak, W. ; Leusch, F.D.L. ; Bartkow, M. ; Birt, James R. ; Burrell, P. / Disinfection by-product minimisation by organic and inorganic precursor removal. Science forum and stakeholder engagement: Building linkages, collaboration and science quality. editor / D.K. Begbie ; S.J. Kenway ; S.M. Biermann ; S.L. Wakem. Brisbane : Urban Water Security Research Alliance, 2012. pp. 146-152

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title = "Disinfection by-product minimisation by organic and inorganic precursor removal",

abstract = "A matrix of 18 synthetic waters with variable water quality parameters (alkalinity, natural organic matter (NOM), and halide concentration) was prepared. The DBP formation potential of these 18 samples was examined both before treatment, after enhanced coagulation (EC) and after a sequential treatment using EC followed by either powdered activated carbon (PAC), granular activated carbon (GAC), silver-impregnated activated carbon (SIAC), or MIEX{\textregistered} resin. The study shows that natural organic matter (NOM) concentration is greatly reduced with EC, and further reduced by each secondary treatment. Halide adsorption was not possible with EC or PAC, however, MIEX{\textregistered} and GAC had some halide adsorption capacity. SIAC exhibited the greatest halide removal (average 99% adsorption). Total DBP formation was reduced by EC, and further reduced by each secondary treatment process, however, specific highly brominated DBPs increased in concentration with each successive treatment step in all cases except after SIAC treatment. The more highly brominated DBPs may be of a greater public health concern than their chlorinated counterparts, therefore, in salinity-impacted waters, halide removal is desirable.",

author = "Nicole Knight and Farr{\'e}, {Maria Jos{\'e}} and Kalinda Watson and J. Keller and W. Gernjak and F.D.L. Leusch and M. Bartkow and Birt, {James R.} and P. Burrell",

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year = "2012",

language = "English",

publisher = "Urban Water Security Research Alliance",

pages = "146--152",

editor = "D.K. Begbie and S.J. Kenway and S.M. Biermann and S.L. Wakem",

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}

Knight, N, Farré, MJ, Watson, K, Keller, J, Gernjak, W, Leusch, FDL, Bartkow, M, Birt, JR & Burrell, P 2012, Disinfection by-product minimisation by organic and inorganic precursor removal. in DK Begbie, SJ Kenway, SM Biermann & SL Wakem (eds), Science forum and stakeholder engagement: Building linkages, collaboration and science quality. Urban Water Security Research Alliance, Brisbane, pp. 146-152, Science forum and stakeholder engagement , Brisbane , Queensland, Australia, 19/06/12.

Disinfection by-product minimisation by organic and inorganic precursor removal. / Knight, Nicole; Farré, Maria José; Watson, Kalinda; Keller, J.; Gernjak, W.; Leusch, F.D.L.; Bartkow, M.; Birt, James R.; Burrell, P.

Science forum and stakeholder engagement: Building linkages, collaboration and science quality. ed. / D.K. Begbie; S.J. Kenway; S.M. Biermann; S.L. Wakem. Brisbane : Urban Water Security Research Alliance, 2012. p. 146-152.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution › Research › peer-review

TY - GEN

T1 - Disinfection by-product minimisation by organic and inorganic precursor removal

AU - Knight, Nicole

AU - Farré, Maria José

AU - Watson, Kalinda

AU - Keller, J.

AU - Gernjak, W.

AU - Leusch, F.D.L.

AU - Bartkow, M.

AU - Birt, James R.

AU - Burrell, P.

N1 - ISSN (Print) 1839-1230 ISSN (Electronic) 1839-1249

PY - 2012

Y1 - 2012

N2 - A matrix of 18 synthetic waters with variable water quality parameters (alkalinity, natural organic matter (NOM), and halide concentration) was prepared. The DBP formation potential of these 18 samples was examined both before treatment, after enhanced coagulation (EC) and after a sequential treatment using EC followed by either powdered activated carbon (PAC), granular activated carbon (GAC), silver-impregnated activated carbon (SIAC), or MIEX® resin. The study shows that natural organic matter (NOM) concentration is greatly reduced with EC, and further reduced by each secondary treatment. Halide adsorption was not possible with EC or PAC, however, MIEX® and GAC had some halide adsorption capacity. SIAC exhibited the greatest halide removal (average 99% adsorption). Total DBP formation was reduced by EC, and further reduced by each secondary treatment process, however, specific highly brominated DBPs increased in concentration with each successive treatment step in all cases except after SIAC treatment. The more highly brominated DBPs may be of a greater public health concern than their chlorinated counterparts, therefore, in salinity-impacted waters, halide removal is desirable.

AB - A matrix of 18 synthetic waters with variable water quality parameters (alkalinity, natural organic matter (NOM), and halide concentration) was prepared. The DBP formation potential of these 18 samples was examined both before treatment, after enhanced coagulation (EC) and after a sequential treatment using EC followed by either powdered activated carbon (PAC), granular activated carbon (GAC), silver-impregnated activated carbon (SIAC), or MIEX® resin. The study shows that natural organic matter (NOM) concentration is greatly reduced with EC, and further reduced by each secondary treatment. Halide adsorption was not possible with EC or PAC, however, MIEX® and GAC had some halide adsorption capacity. SIAC exhibited the greatest halide removal (average 99% adsorption). Total DBP formation was reduced by EC, and further reduced by each secondary treatment process, however, specific highly brominated DBPs increased in concentration with each successive treatment step in all cases except after SIAC treatment. The more highly brominated DBPs may be of a greater public health concern than their chlorinated counterparts, therefore, in salinity-impacted waters, halide removal is desirable.

UR - http://www.urbanwateralliance.org.au/publications/forum2012/paperreferences.html

M3 - Conference contribution

SP - 146

EP - 152

BT - Science forum and stakeholder engagement

A2 - Begbie, D.K.

A2 - Kenway, S.J.

A2 - Biermann, S.M.

A2 - Wakem, S.L.

PB - Urban Water Security Research Alliance

CY - Brisbane

T2 - Science forum and stakeholder engagement

Y2 - 19 June 2012 through 20 June 2012

ER -

Knight N, Farré MJ, Watson K, Keller J, Gernjak W, Leusch FDL et al. Disinfection by-product minimisation by organic and inorganic precursor removal. In Begbie DK, Kenway SJ, Biermann SM, Wakem SL, editors, Science forum and stakeholder engagement: Building linkages, collaboration and science quality. Brisbane: Urban Water Security Research Alliance. 2012. p. 146-152

Disinfection by-product minimisation by organic and inorganic precursor removal

Abstract

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UN SDGs

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