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Anaerobic co-digestion of chicken and cattle manures: Free ammonia inhibition

机译:鸡和牛粪的厌氧消化:游离氨的抑制作用

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In this study, 4 different anaerobic digesters were set by keeping the chicken manure ratios as 0%, 30%, 70%, and 100% by completing the remaining portions with cattle manures. According to the results, the highest methane production potentials were 144 +/- 7, 201 +/- 12, 217 +/- 3, 256 +/- 5 L/kg VSadded, respectively. After reaching the highest total nitrogen concentrations in semi continuously operated reactors, methane level has dropped due to free ammonia (as high as 652 mg NH3-N/L) inhibition stimulated by high pH in all reactors. Recovery of the methane production following free ammonia inhibition was greatly succeeded although deficiency in essential trace elements such as Cd and Ni. Nevertheless, it was shown that cattle manure alone can be a good co-substrate for the chicken manure.
机译:在这项研究中,设置4种不同的厌氧消化池,并通过用牛粪完成剩余部分,使鸡粪的比率分别为0%,30%,70%和100%。根据结果​​,最高的甲烷生产潜力分别为144 +/- 7、201 +/- 12、217 +/- 3、256 +/- 5 L / kg V​​S添加。在半连续运行的反应器中达到最高总氮浓度后,由于在所有反应器中高pH值刺激的游离氨(高达652 mg NH3-N / L)抑制作用,甲烷含量下降。尽管缺乏必需的痕量元素(例如Cd和Ni),但是在游离氨抑制作用下,甲烷的回收生产获得了极大的成功。然而,事实证明,单独的牛粪便可以成为鸡粪的良好共底物。

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