At organic loading rate(OLR) of 40 kg/(m~3·d),microflora of ethanol-type fermentation had relatively high hydrogen production rate,and the maximum specific hydrogen production rate was 550 ml/(gVSS·d),which was 3.

Emphasis was placed on assessing organic loading rate(OLR) on the ethanol-type fermentation during the system's start-up process.

It was found that at an initial biomass of 15g/L, an equilibrial microbial community in the ethanol-type fermentation and efficient stable operation of CSTR could be established with following conditions: temperature of 35℃±1℃, COD organi.

It was demonstrated that under the same loading rate, microflora of ethanol type fermentation had relatively high hydrogen production rate and specific hydrogen production rate, maximum hydrogen production rate was 14.

It is important to keep a high efficiency in the treatment process by controlling the acidogenic phase to realize ethanol type fermentation.

For the purpose of enhancing the operation stability of ethanol type fermentation in acidogenic phase, batch anaerobic culture is employed to research the fermentation types in acidogenic phase.

It was demonstrated that addition method had great effects on the hydrogen producing capacity of fermentative microflora.

Stabilization of immobilized yeast and its influence on ethanol fermentation from sweet sorghum stalk juice;

Key points of ethanol fermentation of lignocellulose and resolving methods;

Modeling and simulation of ethanol fermentation using Neurospora crassa under oxygen limited conditions;