The pretreatment effects and synergistic effects of anaerobic co-digestion of pretreated corn stover (CS) with chicken manure (CM) were studied. Results showed that the NaOH-H₂O₂ pretreatment effect on CS was better than urea pretreatment in terms of anaerobic digestion promotion. The highest cumulative methane yield of 332.7 mL/g VS added was obtained from the CS (NaOH-H₂O₂ pretreated)/CM ratio of 1:3, and the highest cumulative methane yield of 319.7 mL/g VS added was obtained from the CS (urea pretreated)/CM ratio of 1:2. Synergistic effects were found in CS (NaOH-H₂O₂ pretreated)/CM ratios of 2:1, 1:2, 1:3 and CS (urea pretreated)/CM ratios of 1:1, 1:2. Synergistic effect was not found at CS (unpretreated)/CM ratios of 1:2 and 1:3. Pretreatment of CS can produce synergistic effect on anaerobic co-digestion and increase cumulative methane yield by 6.54–24.65%. Among the four kinetic models, modified Gompertz model was best fitted in describing the methane production during anaerobic co-digestion (R² = 0.9845–0.9988).

研究了预处理的玉米秸秆（CS）与鸡粪（CM）厌氧共消化的预处理效果和协同效果。结果表明，在促进厌氧消化方面，NaOH-H ₂ O ₂预处理对CS的效果优于尿素预处理。从CS（NaOH-H ₂ O ₂预处理）/ CM比为1：3获得的最高累计甲烷产量为332.7 mL / g VS，从获得的最高累积甲烷产量为319.7 mL / gVS。 CS（尿素预处理）/ CM比为1：2。在CS（NaOH-H ₂ O ₂预处理）/ CM比为2：1、1：2、1：3和CS（尿素预处理）/ CM比为1：1、1：2。在CS（未经预处理）/ CM比为1：2和1：3时未发现协同作用。CS的预处理可以对厌氧消化产生协同作用，并使累计甲烷产量增加6.54–24.65％。在这四个动力学模型中，改良的Gompertz模型最适合描述厌氧共消化过程中的甲烷产量（R ²  = 0.9845–0.9988）。