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Influence of one step temperature increase acclimation method on microbial community dynamics during thermophilic biochemical methane potential test of an industrial wastewater

机译:一步升温驯化方法对工业废水嗜热生化甲烷潜力测试过程中微生物群落动态的影响

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摘要

1. One step temperature increase may not be right way to obtain a fully functional thermophilic seed 2. Multistep process → wider temperature gradients or shorter time intervals 3. Selection pressures on microbial communities may be mitigated with multistep process 4. Seed sensitivity → Microbial community analysis, Lower organic loading during full scale process startup 5. Continuous process control monitoring to avoid overload.
机译:1.一步升高温度可能不是获得完整功能的嗜热种子的正确方法2.多步过程→更宽的温度梯度或更短的时间间隔3.多步过程可减轻微生物群落的选择压力4.种子敏感性→微生物群落分析,在全面过程启动期间降低有机负荷。5.持续进行过程控制监控,以避免过载。

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