Optimization of Biological Sulphate Reduction to Treat Inorganic Wastewaters - Cassidy, Joana
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This work showed two possible approaches to optimize biological sulphate reduction: a) the development of a control strategy to optimize the input of the electron donor taking into account the accumulation of microbial storage products. A validated mathematical model is presented to assist in the sulphide control strategy; and b) the feasibility of using methane as a carbon source for biological sulphate reduction and possibly other co-substrates to expedite the process.

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Produktbeschreibung
This work showed two possible approaches to optimize biological sulphate reduction: a) the development of a control strategy to optimize the input of the electron donor taking into account the accumulation of microbial storage products. A validated mathematical model is presented to assist in the sulphide control strategy; and b) the feasibility of using methane as a carbon source for biological sulphate reduction and possibly other co-substrates to expedite the process.
Autorenporträt
Joana Cassidy was born in 1986 in Porto, Portugal. In 2010, she concluded her BSc and MSc in Environmental Engineering at the University of Aveiro, Portugal. After graduation, she was awarded a Leonardo da Vinci scholarship and completed a seven month internship at UNESCO-IHE, The Netherlands. Having an increasing interest in wastewater treatment, innovation and development of new technologies, she started her PhD studies in 2011 on biological sulphate reduction within the Etecos3 doctoral programme. The research was carried out at UNESCO-IHE (The Netherlands), Jiao Tong Shanghai University (China) and the University of Naples (Italy).