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Fermentative hydrogen gas production using biosolids pellets as the inoculum source

机译:使用生物固体颗粒作为接种源的发酵氢气生产

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摘要

Biosolids pellets produced from anaerobically digested municipal wastewater sludge by drying to greater than 90% total solids at 110-115 degrees C for at least 75 min, were tested for their suitability as an inoculum source for fermentative hydrogen production. The hydrogen recoveries (mg gaseous H-2 produced as COD/mg added substrate COD) for glucose-fed batch systems were equal, 20.2-21.5%, between biosolids pellets and boiled anaerobic digester sludge as inoculum sources. Hydrogen recoveries from primary sludge were 2.4% and 3.5% using biosolids pellets and boiled sludge, respectively, and only 0.2% and 0.8% for municipal wastewater. Biosolids pellets should be a practical inoculum source for fermentative hydrogen reactors, although the effectiveness will depend on the wastewater treated. (c) 2007 Elsevier Ltd. All rights reserved.
机译:通过厌氧消化的市政废水污泥在110-115摄氏度下干燥至少90分钟,使其干燥成大于90%的总固体,从而生产出生物固体颗粒,测试它们是否适合作为发酵氢气生产的接种源。葡萄糖补料分批系统的氢气回收率(以COD形式生成的气态H-2毫克/以添加的底物COD形式生成的氢)在生物固体颗粒和沸腾的厌氧消化池污泥作为接种源之间相等,为20.2-21.5%。使用生物固体颗粒和沸腾污泥从一次污泥中回收的氢气分别为2.4%和3.5%,而市政废水的回收率分别为0.2%和0.8%。生物固体颗粒应该是发酵氢反应器的实用接种源,尽管其有效性将取决于所处理的废水。 (c)2007 Elsevier Ltd.保留所有权利。

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