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Books > Professional & Technical > Environmental engineering & technology > Sanitary & municipal engineering > Waste treatment & disposal

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Anaerobic Treatment of Mine Wastewater for the Removal of Selenate and its Co-Contaminants (Paperback) Loot Price: R3,272
Discovery Miles 32 720
Anaerobic Treatment of Mine Wastewater for the Removal of Selenate and its Co-Contaminants (Paperback): Lea Tan

Anaerobic Treatment of Mine Wastewater for the Removal of Selenate and its Co-Contaminants (Paperback)

Lea Tan

Series: IHE Delft PhD Thesis Series

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Loot Price R3,272 Discovery Miles 32 720 | Repayment Terms: R307 pm x 12*

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Selenium (Se) pollution has led to several cases of severe aquatic ecosystem deterioration due to Se poisoning caused by bioaccumulation over time. However, the removal of selenate (SeO42-) from wastewater streams with co-contaminants has been largely considered as a black box in anaerobic biological systems using mixed consortia. This research aimed at addressing the effect of wastewater characteristics, i.e. co-contaminants such as nitrate (NO3-) and sulfate (SO42-), heavy metals and pH, on the biological reduction of SeO42- and evaluating process integration for Se-laden wastewater treatment with co-contaminants. This study demonstrated that the presence of co-contaminants can actually be beneficial for Se removal provided that the concentrations are carefully monitored and appropriate operating conditions and process configurations are used. The Se removal (total Se and SeO42-) efficiency increased by ~30% in the presence of NO3- and/or SO42- compared to systems with SeO42- alone. Additionally, an integrated process of an ion exchange (IX) column and bioreactors showed improved overall removal capacity for SO42- and total Se. The knowledge and information gained from this research can help in the advancement and application of biological processes, i.e. predicting of reactor performance, solving specific design or practical problems and implementing novel treatment techniques for Se-laden mine wastewater.

General

Imprint: Crc Press
Country of origin: United Kingdom
Series: IHE Delft PhD Thesis Series
Release date: August 2018
First published: 2018
Authors: Lea Tan
Dimensions: 169 x 239 x 28mm (L x W x T)
Format: Paperback
Pages: 20
ISBN-13: 978-1-138-32841-9
Categories: Books > Professional & Technical > Environmental engineering & technology > Sanitary & municipal engineering > Waste treatment & disposal > General
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LSN: 1-138-32841-3
Barcode: 9781138328419

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