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Influence of ammonium acetate and betaine supplements on the anaerobic digestion under high salinity conditions

机译:醋酸铵和甜菜碱补充对高盐度条件下厌氧消化的影响

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High salinity frequently causes inhibition and even failure in anaerobic digestion. To explore the impact of increasing NaCl concentrations on biogas production and reveal the role of repair factors in response to high salinity stress, the present research examined the effect of ammonium acetate and betaine as exogenous repair factors on the activity of microorganisms under high‐salt conditions. High salinity wastewater with and without repair additives were compared. The cumulative methane production significantly increased and the methane concentration increased by approximately 30%. The results showed that the repair factors were efficient to relieve the effect of a high‐salt environment on the anaerobic microbial flora, thus considerably reducing the salt‐induced inhibition of anaerobic digestion.
机译:高盐度经常导致厌氧消化中的抑制甚至失败。为了探讨增加NaCl浓度对沼气产生的影响,揭示修复因素对高盐度应激的作用,本研究检测了醋酸铵和甜菜碱作为外源修复因子对高盐条件下微生物活性的影响。比较高盐度废水,无需修复添加剂。累积甲烷产量显着增加,甲烷浓度增加约30%。结果表明,修复因子有效地缓解高盐环境对厌氧微生物菌群的影响,从而大大降低了厌氧消化的盐诱导的抑制。

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