Analysis of Real-Time Monitoring Of Trace Contaminants in a Pilot-Scale Treatment System and Calculation of UV Dose Using Hydrogen Peroxide Actinometry

The use of two online sensors, the S::CAN and the FLD, was used to evaluate the treatment of synthetic wastewater by UV/H₂O₂ advanced oxidation. The UV dose and intensity for the flow through reactor was also determined using H₂O₂ actinometry. The total power of the lamps in the reactor was determin...

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Main Author:	Bond, Daniel Alan
Other Authors:	Arnold, Robert G.
Language:	en
Published:	The University of Arizona. 2012
Subjects:	Real-time UV dose Environmental Engineering Actinometry hydrogen peroxide
Online Access:	http://hdl.handle.net/10150/268513

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spelling	ndltd-arizona.edu-oai-arizona.openrepository.com-10150-2685132015-10-23T04:59:12Z Analysis of Real-Time Monitoring Of Trace Contaminants in a Pilot-Scale Treatment System and Calculation of UV Dose Using Hydrogen Peroxide Actinometry Bond, Daniel Alan Arnold, Robert G. Saez, Eduardo Snyder, Shane A. Real-time UV dose Environmental Engineering Actinometry hydrogen peroxide The use of two online sensors, the S::CAN and the FLD, was used to evaluate the treatment of synthetic wastewater by UV/H₂O₂ advanced oxidation. The UV dose and intensity for the flow through reactor was also determined using H₂O₂ actinometry. The total power of the lamps in the reactor was determined to be 139 W which, with the absorbance of the water, produced a UV dose of 39.4 mJ/cm². It was determined that the S::CAN was unable to differentiate between treatment of a particular water, however it could differentiate between different test waters. The FLD was very sensitive and was able to detect minute variations in treatment of the test water. 2012 text Electronic Thesis http://hdl.handle.net/10150/268513 en Copyright © is held by the author. Digital access to this material is made possible by the University Libraries, University of Arizona. Further transmission, reproduction or presentation (such as public display or performance) of protected items is prohibited except with permission of the author. The University of Arizona.
collection	NDLTD
language	en
sources	NDLTD
topic	Real-time UV dose Environmental Engineering Actinometry hydrogen peroxide
spellingShingle	Real-time UV dose Environmental Engineering Actinometry hydrogen peroxide Bond, Daniel Alan Analysis of Real-Time Monitoring Of Trace Contaminants in a Pilot-Scale Treatment System and Calculation of UV Dose Using Hydrogen Peroxide Actinometry
description	The use of two online sensors, the S::CAN and the FLD, was used to evaluate the treatment of synthetic wastewater by UV/H₂O₂ advanced oxidation. The UV dose and intensity for the flow through reactor was also determined using H₂O₂ actinometry. The total power of the lamps in the reactor was determined to be 139 W which, with the absorbance of the water, produced a UV dose of 39.4 mJ/cm². It was determined that the S::CAN was unable to differentiate between treatment of a particular water, however it could differentiate between different test waters. The FLD was very sensitive and was able to detect minute variations in treatment of the test water.
author2	Arnold, Robert G.
author_facet	Arnold, Robert G. Bond, Daniel Alan
author	Bond, Daniel Alan
author_sort	Bond, Daniel Alan
title	Analysis of Real-Time Monitoring Of Trace Contaminants in a Pilot-Scale Treatment System and Calculation of UV Dose Using Hydrogen Peroxide Actinometry
title_short	Analysis of Real-Time Monitoring Of Trace Contaminants in a Pilot-Scale Treatment System and Calculation of UV Dose Using Hydrogen Peroxide Actinometry
title_full	Analysis of Real-Time Monitoring Of Trace Contaminants in a Pilot-Scale Treatment System and Calculation of UV Dose Using Hydrogen Peroxide Actinometry
title_fullStr	Analysis of Real-Time Monitoring Of Trace Contaminants in a Pilot-Scale Treatment System and Calculation of UV Dose Using Hydrogen Peroxide Actinometry
title_full_unstemmed	Analysis of Real-Time Monitoring Of Trace Contaminants in a Pilot-Scale Treatment System and Calculation of UV Dose Using Hydrogen Peroxide Actinometry
title_sort	analysis of real-time monitoring of trace contaminants in a pilot-scale treatment system and calculation of uv dose using hydrogen peroxide actinometry
publisher	The University of Arizona.
publishDate	2012
url	http://hdl.handle.net/10150/268513
work_keys_str_mv	AT bonddanielalan analysisofrealtimemonitoringoftracecontaminantsinapilotscaletreatmentsystemandcalculationofuvdoseusinghydrogenperoxideactinometry
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Analysis of Real-Time Monitoring Of Trace Contaminants in a Pilot-Scale Treatment System and Calculation of UV Dose Using Hydrogen Peroxide Actinometry

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