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Investigation of microbial communities in the field-scale co-composting of sewage sludge and organic municipal solid wastes

机译:污水污泥与有机城市固体废物田间共同堆肥中微生物社区的研究

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The alternative methods should be used to treat sewage sludge and municipal solid wastes which are mostly landfilled in Turkey. Therefore co-composting of these waste streams is a suitable disposal method yielding a useful product. The aim of this study was to investigate the microbial community during the field scale co-composting of sewage sludge and organic municipal solid wastes with addition of bulking agents. Aerated static pile of approximately 26 m~(3)was used for composting process during 56 days. Investigations of diversity dynamics depending on the temperature were determined by denaturing gradient gel electrophoresis and sequencing of bacterial 16SrDNA-PCR products. The variations of physicochemical parameters and biodegradability during the process were also monitored. The results showed that most of microbial group's role in composting process was temperature dependent and composting was designated by its characteristic thermal profile.
机译:替代方法应用于治疗污水污泥和市政固体废物,这些污水大多填埋在土耳其。 因此,对这些废物流的共堆肥是一种合适的处理方法,得到一种有用的产品。 本研究的目的是在污水污泥和有机城市固体废物的田间规模共同堆肥期间调查微生物群落。添加膨胀剂。 在56天内使用约26m〜(3)的充气静态堆用于堆肥过程。 根据温度的调查,通过使梯度凝胶电泳和细菌16sRDNA-PCR产物的测序进行变性来确定多样性动力学。 还监测了在该过程中的物理化学参数和生物降解性的变化。 结果表明,大多数微生物组在堆肥过程中的作用是温度依赖性,并通过其特征热型材指定堆肥。

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