Anaerobic digestion of corn stovers for methane production in a novel bionic reactor.
To improve the biogas production from corn stovers, a new bionic reactor was designed and constructed. The bionic reactor simulated the rumen digestion of ruminants. The liquid was separated from corn stovers and refluxed into corn stovers again, which simulated the undigested particles separated from completely digested materials and fed back again for further degradation in ruminant stomach. Results showed that the bionic reactor was effective for anaerobic digestion of corn stovers. The liquid amount and its reflux showed an obvious positive correlation with biogas production. The highest biogas production rate was 21.6 ml/gVS-addedd, and the total cumulative biogas production was 256.5 ml/gVS-added. The methane content in biogas ranged from 52.2% to 63.3%. The degradation of corn stovers were greatly enhanced through simulating the animal digestion mechanisms in this bionic reactor.
['Zhang|Meixia|M|', 'Zhang|Guangming|G|', 'Zhang|Panyue|P|', 'Fan|Shiyang|S|', 'Jin|Shuguang|S|', 'Wu|Dan|D|', 'Fang|Wei|W|']
D000818:Animals D001421:Bacteria, Anaerobic D056804:Biofuels D019149:Bioreactors D008697:Methane D013279:Stomach, Ruminant D003313:Zea mays
Bionic reactor Biogas production Rumination Lignocellulosic biomass Liquefaction