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Anaerobic co-digestion of sewage sludge, wine vinasse and poultry manure for bio-hydrogen production

机译:污水污泥、酒糟和家禽粪便的厌氧共消化,用于生物制氢

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摘要

The influence of the addition of poultry manure on the thermophilic acid co-fermentation of sewage sludge and wine vinasse was studied. For this, discontinuous tests were carried out to determine the potential for hydrogen production (BHP tests) of 50:50 mixtures of sludge and wine vinasse with different amounts of poultry manure (10 g/L, 20 g/L and 30 g/L). The hydrogen production performance was determined under the tested conditions. The experimental results revealed performance values of TCOD and SCOD, TS and VS, similar in all tests, with removal efficiencies lower than 25. Likewise, an increase in the production of volatile fatty acids was observed. Regarding the yield, the best results were obtained for the mixture with 10 g/L of poultry manure (with a C/N ratio: 27). Thus, the H-2 production and the yield expressed as mL H-2/gVS(added) was 18.20 and 27.57 higher in the test with 10 g/L of poultry manure compared to the test with 20 g/L. Furthermore, from 20 g/L of poultry manure, the mixtures showed poorer purification behavior and performance. (C) 2021 The Authors. Published by Elsevier Ltd on behalf of Hydrogen Energy Publications LLC.
机译:研究了家禽粪便添加对污水污泥和酒糟嗜热酸共发酵的影响。为此,进行了不连续测试,以确定 50:50 的污泥和酒糟混合物与不同量的家禽粪便(10 g/L、20 g/L 和 30 g/L)的产氢潜力(BHP 测试)。在试验条件下测定了制氢性能。实验结果显示,TCOD和SCOD、TS和VS的性能值在所有测试中都相似,去除效率低于25%。同样,观察到挥发性脂肪酸的产生增加。关于产量,与10 g/L家禽粪便(C/N比:27)的混合物获得了最佳结果。因此,与20 g/L相比,10 g/L禽粪试验的H-2产量和产量分别提高了18.20%和27.57%。此外,从20 g/L家禽粪便中,混合物表现出较差的净化行为和性能。(c) 2021 年作者。由Elsevier Ltd代表Hydrogen Energy Publications LLC出版。

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