Improved growth and methane production conditions for Methanobacterium thermoautotrophicum
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This contribution presents a simple, unstructured math. model describing microbial growth in continuous culture limited by a gaseous substrate. It has been found that the parameters influencing growth are primarily the gas transfer rate and the diln. rate. ...
This article presents a simple, unstructured math. model describing microbial growth in continuous culture limited by a gaseous substrate. The model predicts const. gas conversion rates and a decreasing biomass concn. with increasing diln. rate. The parame ...
Having regard to the increasing demand for electric energy in Western Europe, the paper discusses growing problems on the supply side in connection with increasing costs and protection of the environment, whilst new lines have to be built in a complex syst ...
M. thermoautotrophicum was grown on a defined mineral salts medium under strictly anaerobic conditions with H2 and CO2 as the sole energy and C sources, resp. The cultivation medium was optimized with respect to non-org. components, including Se(IV), W(VI) ...
1993
Yeasts degrade glucose through different metabolic pathways, where the choice of the pathway is dependent on the nature of the limitation in the various substrates. When oxygen is limiting in addn. to glucose, yeasts often grow according to a mixt. of oxid ...
