可再生能源2025，Vol.43Issue(2)：165-172,8.
温度和水力停留时间对厌氧消化处理葡萄糖合成废水产甲烷动力学的影响
Impact of temperature and hydraulic retention time on the methane production kinetics in anaerobic digestion of synthetic glucose wastewater
摘要
Abstract
The study elucidated the relationship between anaerobic digestion gas production efficiency and temperature and hydraulic retention time(HRT)using synthetic glucose wastewater as a substrate.Gas production under different temperatures(37,55 ℃)and HRTs(25,30,50 d)was compared.The results indicated that the hydrolysis rate of glucose was higher at thermophilic temperature than at mesophilic temperature.However,volatile fatty acids,especially propionic acid,tended to accumulate at thermophilic temperature.Additionally,Methanomicrobiaes and Methanosarcinales were enriched at both moderate and high temperatures,suggesting the presence of pathways for methane production from acetic acid and acetate oxidation at both temperatures,with the acetate oxidation pathway exhibiting greater environmental resilience.The recommended optimal fermentation conditions for treating heavy glucose-containing wastewater through anaerobic digestion are 37 ℃ and an HRT of 30 days.关键词
温度/水力停留时间/乙酸/丙酸/微生物群落结构/多元分析Key words
temperature/hydrolytic retention time/acetic acid/propionic acid/microbial community structure/multivariate analysis分类
能源科技引用本文复制引用
李煜,王思齐,朱雅丽,李道宇,张宗钦,叶青青,李欣..温度和水力停留时间对厌氧消化处理葡萄糖合成废水产甲烷动力学的影响[J].可再生能源,2025,43(2):165-172,8.基金项目
中国博士后面上项目(2022M713393) （2022M713393）
博士后国际交流引进项目(YJ20210197). （YJ20210197）
