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AuthorAlmomani, F. A.
AuthorBhosale, R. R.
AuthorKumar, A.
AuthorKennes, C.
Available date2021-06-07T09:59:14Z
Publication Date2016
Publication NameSolar Energy
ResourceScopus
URIhttp://dx.doi.org/10.1016/j.solener.2016.05.037
URIhttp://hdl.handle.net/10576/20539
AbstractThe degradations of volatile sulfur compounds (VSCs) by advanced oxidation technology, solar advanced oxidation technology, biological treatment, and the combination of solar advanced oxidation technology and biological treatment were studied in a pilot plant. Three volatile sulfur compounds (methanethiol (MeSH), dimethyl sulfide (Me2S), and hydrogen disulfide (H2S) were selected as model compounds. Solar advanced oxidation technologies (AOTs) processes eliminate more than 65% of VSCs at high residence time. VSCs were completely oxidized in less than 6.0 min by solar AOTs and ozone. Significant VSCs elimination levels were achieved by solar advanced oxidation in combination with biological treatment. Total VSCs removal efficiencies of up to 87.2% and 91.2% for MeSH and Me2S respectively were achieved in combined processes at initial concentrations of 100 mg m-3, with HRTsolar of 10 min and HRTbio of 105 s. The results obtained from the combined processes (solar AOTs and bioprocess) confirm the suitability of solar AOTs as pre-treatment for the removal of VSCs.
Languageen
PublisherElsevier Ltd
SubjectBiochemical engineering
Biodegradation
Irradiation
Mechanisms
Mesh generation
Oxidation
Pilot plants
Sulfur determination
Advanced oxidation
Advanced oxidation technology
Biological treatment
Dimethyl sulfide
Initial concentration
Model compound
Removal efficiencies
Volatile sulfur compounds
Sulfur compounds
biodegradation
degradation
inorganic compound
irradiation
oxidation
ozone
residence time
sulfur compound
technological development
TitleRemoval of volatile sulfur compounds by solar advanced oxidation technologies and bioprocesses
TypeArticle
Pagination348-358
Volume Number135
dc.accessType Abstract Only


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