Anaerobic co-digestion has been considered for improving anaerobic digesters’ stability and methane production, particularly for residues with low biodegradability or lack of alkalinity. Food waste was identified as a biomass with macro and micronutrients unbalance and low alkalinity content, both of which hamper its anaerobic digestion. The present study focused on evaluating the anaerobic co-digestion of food waste and microalgal biomass harvested from an open pond treating food waste digestate.

中文翻译：

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在综合处理厂中对食物垃圾和微藻进行厌氧共消化

厌氧共消化已被考虑用于提高厌氧消化器的稳定性和甲烷产量，特别是对于生物降解性低或缺乏碱度的残留物。食物垃圾被确定为一种具有大量和微量营养素不平衡且碱度含量低的生物质，这两者都阻碍了其厌氧消化。本研究的重点是评估从处理食物垃圾消化物的开放池塘收获的食物垃圾和微藻生物质的厌氧共消化。