污泥處理技術之研究─總計畫及子計畫一:污泥前處理與資源化產氣之研究(1/3)
Date Issued
2003-05-21
Date
2003-05-21
Author(s)
DOI
912211E002064
Abstract
Waste biosolids collected from sewage works is a
biomass containing a vast amount of polysaccharides and
proteins, and thus is considered a potential substrate for
producing hydrogen using anaerobic fermentation. This
work demonstrated that, on the contrary to the common
assumption that the solids phase in waste activated
biosolids presents extra nutrients for anaerobes, it in fact
prohibits effective bio-hydrogen production. Using
filtrate after removal of solids from biosolids produces
more hydrogen than using the whole biosolids, with the
former reaching a level an order magnitude higher than
the literature results.
biomass containing a vast amount of polysaccharides and
proteins, and thus is considered a potential substrate for
producing hydrogen using anaerobic fermentation. This
work demonstrated that, on the contrary to the common
assumption that the solids phase in waste activated
biosolids presents extra nutrients for anaerobes, it in fact
prohibits effective bio-hydrogen production. Using
filtrate after removal of solids from biosolids produces
more hydrogen than using the whole biosolids, with the
former reaching a level an order magnitude higher than
the literature results.
Subjects
hydrogen
biosolids
fermentation
filtrate
yield
SDGs
Publisher
臺北市:國立臺灣大學化學工程學系暨研究所
Type
report
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