农业科学与技术（英文版）
農業科學與技術（英文版）
농업과학여기술（영문판）
AGRICULTURAL SCIENCE & TECHNOLOGY
2010年
8期
1-3
,共3页
孙学习%李俊峰%李涛%曾召刚%任保增%樊耀亭
孫學習%李俊峰%李濤%曾召剛%任保增%樊耀亭
손학습%리준봉%리도%증소강%임보증%번요정
玉米秸秆%稀酸强化水解%发酵产氢
玉米秸稈%稀痠彊化水解%髮酵產氫
옥미갈간%희산강화수해%발효산경
Maize stalk%Dilute acid-intensified hydrolysis%Fermentative biohydrogen production
[Objective] This study was to explore the effects of dilute acid hydrolysis on fermentative biohydrogen production capacity of maize stalk. [Method] Using maize stalks subjected to mechanical disintegration, steam explosion and dilute acid hydrolysis as experimental materials, we measured and analyzed the effects of different treatments and particle size of maize stalk were analyzed. [Result] The optimal fermentative biohydrogen production was found under following parameters: pretreatment of 0.8% dilute H2SO4 following steam explosion, particle size of maize stalk of 0.425-0.850 mm, liquid-solid dilute 0.8% dilute H2SO4 intensified hydrolysis on maize stalk could produce fermentative biohydrogen production capacity.
