The experiments were made to investigate the possibility of improving fermentation efficiency through ameliorating medium transfer by fermentation liquid circulation.
本文通过试验，研究发酵液循环促进互花米草沼气发酵过程中介质传递，提升发酵效率的可能性。
The efficiency of the degradation of lignin enhanced markedly, which may be resulted from the action of extracellular enzymes and some active factors in the fermentation system.
对于木质素降解效率的显著提高，可能是由于发酵体系内的胞外酶和一些活性因子的作用。
In this paper, Based on the vapor-liquid equilibrium, the calculation method of gas stripping ethanol fermentation by the stripping efficiency was proposed.
基于气液平衡，提出以气提效率来计算乙醇气提发酵过程的计算方法。
The results showed that the immobilized yeast cell bioreactor had a remarkable improvement in fermentation rate, ethanol productivity and reactor volumetric efficiency.
实验结果表明：该固定化酵母细胞生物反应器在发酵率、乙醇生产能力和反应器效率上具有显著提高。
So, new fermentation equipment of high efficiency and low energy consumption are very important.
因此在现代发酵工业中，高效率低能耗的新型发酵设备的研制至关重要。
The results offer important evidence for flocculated fermentation broth to be separated with high efficiency by filtration or centrifugal precipitation in the industry.
该结果为工业发酵液高效过滤分离及高效离心分离提供了重要依据。
The experiment showed that the mixed culture fermentation could decrease FG content in fermented CSC significantly(P<0.01) and the detoxification efficiency was up to 91.64%.
试验结果表明：复合发酵可极显著（P<0.01）地降低棉籽饼底物游离棉酚含量，脱毒率为91.64%；
Aspergillus oryzae is of high efficiency in phytic acid degradation, and shows a potential use in industry-scale solid-state fermentation.
米曲霉是一种高效的植酸降解菌种，具有应用于大规模豆粕发酵的潜力；
Moreover, mixed fermentation - a simple, low-cost, high efficiency of anaerobic fermentation mode, has got increasing attention of researchers.
而混合厌氧发酵作为一种简单、低成本、高效率的提升厌氧发酵的模式，引起了许多学者的关注。
Moreover, mixed fermentation - a simple, low-cost, high efficiency of anaerobic fermentation mode, has got increasing attention of researchers.
而混合厌氧发酵作为一种简单、低成本、高效率的提升厌氧发酵的模式，引起了许多学者的关注。
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