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首页> 外文期刊>Advanced Science Letters >The Influence of C/N Ratio to Biogas Production from Water Hyacinth as an Aquatic Weed Plant During Liquid Anaerobic Digestion (L-AD)
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The Influence of C/N Ratio to Biogas Production from Water Hyacinth as an Aquatic Weed Plant During Liquid Anaerobic Digestion (L-AD)

机译:液体厌氧消化期间,C / N比与水经杂草生产的沼气生物植物的影响(L-AD)

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Reproducing rapidly causing the water hyacinth plant had been transformed into aquatic weeds. Hyacinth contained water content about 90% was a profit-making in the use as a source of biogas. The purpose of this study was to know the effect of C/N ratio to biogas production by waterhyacinth in liquid anaerobic digestion (L-AD). This research was run in batch condition and scale in laboratory. Total solid (TS) content of water hyacinth was 13.52. Addition of Urea controlled C/N ratio content in the batch reactor. Variation of C/N ratio made by 20, 25, 30, and 35. Biogasproduction was measured for 60 days. The result showed the best biogas production at 30 of C/N ratio. The result of biogas production on C/N ratio of 20, 25, 30, and 35 were 127,81; 127,03; 157,54; and 129,65 ml/gr TS, respectively.
机译:再现迅速引起水葫芦植物被转化为水生杂草。 风信子含水量约为90%是用作沼气来源的利润制作。 本研究的目的是通过液体厌氧消化(L-AD)中的水盲素(L-AD)了解C / N比对沼气产生的影响。 该研究在实验室中批量状况和规模进行了速度。 水葫芦的总固体(TS)含量为13.52。 在批量反应器中添加尿素控制的C / N比含量。 通过20,25,30和35制备的C / N比的变化。测量脂肪扫描的60天。 结果表明,在C / N比的30个中显示最佳沼气产量。 沼气产生的结果为20,25,30和35的C / N比为127,81; 127,03; 157,54; 分别为129,65毫升/ grs。

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