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Treatment of Dewatering Sidestream from a Thermal Hydrolysis-Mesophilic Anaerobic Digestion Process with a Single-Sludge Deammonification Process

机译:用单污泥脱泥化工艺处理热水解 - 嗜渗厌氧消化过程中脱水侧流

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In 2014, DC Water will begin operating a new solids processing train at the Blue Plains Advanced Wastewater Treatment Plant consisting of the CAMBI thermal hydrolysis process for solids pretreatment prior to mesophilic anaerobic digestion. DC Water has chosen sequencing batch reactors capable of nitritation-denitritation or deammonification (using the DEMON process) for separate biological treatment of the dewatering sidestream. As part of the sidestream treatment alternatives evaluation, studies were conducted using sidestream generated from an existing CAMBI-digestion plant to confirm the suitability of the DEMON process to treat such a sidestream and to provide insight on design loading rates and related issues. Experimental results reveal a significant reduction in nitrogen conversion rates - rather for the aerobic ammonia oxidizers than for the anammox organisms. Both biomass acclimation and decrease in refractory soluble COD concentrations could alleviate inhibitory impacts.
机译:2014年,直流水将开始在蓝色平原先进废水处理厂的新固体加工列车,该储存厂包括CAMBI热水解工艺,用于在融合厌氧消化之前固体预处理。 DC水已选择能够氮化脱氮或脱滴(使用恶魔过程)的测序批量反应器,用于将脱水侧流的单独生物学处理。作为侧流治疗替代方案评估的一部分,使用从现有Chbi消化厂产生的侧沟进行研究,以确认恶魔过程对待这种侧面的适用性,并提供关于设计加载率和相关问题的洞察力。实验结果揭示了氮转化率的显着降低 - 而是对于有氧氨氧化剂而不是厌氧生物。生物质适应和难治性可溶性鳕鱼浓度的降低可以减轻抑制作用。

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