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Linking performance and microbial ecology in a biological sulphate reducing reactor system with biomass retention developed for the treatment of acid rock drainage

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posted on 2020-09-17, 06:49 authored by Tomas HesslerTomas Hessler, Susan T L HarrisonSusan T L Harrison, Robert HuddyRobert Huddy
Supplementary information associated with Hydrometallurgy publication: Linking performance and microbial ecology in a biological sulphate reducing reactor system with biomass retention developed for the treatment of acid rock drainage

Funding

Water Research Commission (K5-2393)

Prof. Harrison's SARChI Chair in Bioprocess Engineering (UID 64778)

Dr Huddy was funded through DST/NRF Competitive Support for Unrated Researchers (CSUR) Grant (UID 111713)

Mr Hessler was funded through NRF Scarce-skills MSc scholarship (UID 108052).

History

Department/Unit

Centre for Bioprocess Engineering, Department of Chemical Engineering, University of Cape Town

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    CeBER: Environmental Bioprocess Engineering

    Categories

    Keywords

    Bioremediationmicrobial biofilmsmicrobial ecologyAcid Rock Drainagesulphate-reducing bacteria16S rRNA gene amplicon sequencingHydrometallurgyMicrobiologyChemical Engineering DesignChemical Engineering not elsewhere classified

    Licence

    CC BY 4.0

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