ty - jour a2 - 陈，荣奥 - 苏，莲国奥 - 孙，徐奥 - 刘，陈伟奥 - 姬，荣廷·奥 - 镇，广义武义奥·陈，梅子 - 张，龙江PY - 2020年/11/11 TI - 嗜热固态厌氧消化玉米秸秆，牛粪和蔬菜废物：温度，总固体含量和C / N比的影响SP - 8841490 VL - 2020 AB - 嗜热固态厌氧消化（SS-AD) of agricultural wastes, i.e., corn straw, cattle manure, and vegetable waste, was carried out in this study. The effects of temperature (40-60°C), initial solid content (ISC, 17.5-32.5%), and C/N ratio (15-32 : 1) on biogas production were evaluated using a Box-Behnken experimental design (BBD) combined with response surface methodology (RSM). The results showed that optimization of process parameters is important to promote the SS-AD performance. All the factors, including interactive terms (except the ISC), were significant in the quadratic model for biogas production with SS-AD. Among the three operation parameters, the C/N ratio had the largest effect on biogas production, followed by temperature, and a maximum biogas yield of 241.4 mL gVS^-1可以在47.3°C下实现， ISC. = 24.81 ％ ， 和 C / N = 22.35 。在SS-AD的20 d之后，通过高通量测序表征不同条件下的微生物群落结构，表明这一点 Framicutes，Bacteroidetes.那 Chloroflexi.那 Synergistetes.， 和 proteobacteria.主导细菌群落，那 责任竞争优势 伯啉在高温下。沼气生产价值和相对丰度 opb54和 伯氏菌使用二次模型可以很好地安装20d SS-AD后，暗示 opb54和 伯氏菌在农业废物嗜热SS-AD中发挥重要作用。SN - 1472-3646 UR - https://doi.org/10.1155/2020/8841490 Do - 10.1155 / 2020/8841490 JF - Archaea PB - Hindawi Kw - ER -