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• W2980205671 abstract "Enhancing biogas production, while avoiding inhibition of methanogenesis during co-digestion of grease interceptor waste (GIW), can help water resource recovery facilities reduce their carbon footprint. Here we used pre-adapted and non-adapted digesters to link microbial community structure to digester function. Before disturbance, the pre-adapted and non-adapted digesters showed similar methane production and microbial community diversity but dissimilar community composition. When exposed to an identical disturbance, the pre-adapted digester achieved better performance, while the non-adapted digester was inhibited. When re-exposed to disturbance after recovery, communities and performance of both digesters converged, regardless of the temporal variations. Co-digestion of up to 75% GIW added on a volatile solids (VS) basis was achieved, increasing methane yield by 336% from 0.180 to 0.785 l-methane/g-VS-added, the highest methane yield reported to date for lipid-rich waste. Progressive perturbation substantially enriched fatty acid-degrading Syntrophomonas from less than 1% to 24.6% of total 16S rRNA gene sequences, acetoclastic Methanosaeta from 2.3% to 11.9%, and hydrogenotrophic Methanospirillum from less than 1% to 6.6% in the pre-adapted digester. Specific hydrolytic and fermentative populations also increased. These ecological insights demonstrated how progressive perturbation can be strategically used to influence methanogenic microbiomes and improve co-digestion of GIW." @default.
• W2980205671 created "2019-10-18" @default.
• W2980205671 creator A5019954669 @default.
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• W2980205671 date "2020-02-01" @default.
• W2980205671 modified "2023-09-27" @default.
• W2980205671 title "Increased loading stress leads to convergence of microbial communities and high methane yields in adapted anaerobic co-digesters" @default.
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• W2980205671 doi "https://doi.org/10.1016/j.watres.2019.115155" @default.
• W2980205671 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31671296" @default.
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