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Similar observation on the influence of agitation rates on fungal pellet size has been reported previously in R. oryzae strain (Liu et al. 2008).
Open image in new window Fig. 5 Influence of agitation speed on conversion at 70 °C, reaction time 2 h, 3 wt % and 6 wt % catalyst, 9 1 molar ratio of ethanol to oil.
While studying the influence of agitation rate on N. intermedia pellet formation, it was observed that pellets formed at pH 3.0 showed an increased size at the lowest agitation rate (100 rpm) as compared to the pellet formed at higher agitation rates (120 and 150 rpm) (Fig. 4).
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Cultivations carried out at pH 3.0, with varying agitation rates (100, 125 and 150 rpm) showed no significant influence of the agitation rates on the N. intermedia pellet formation.
The influence of varying agitation speed on the effectiveness of reaction inhibition is discussed.
The influence of the agitation on the combustion of chars from lignites with high-volatile matter content was especially noticeable.
The influence of the agitation rate, the viscosity of the dispersed phase, the molecular weight of the polymer and the volume ratio between the dispersed phase and the continuous one on the drug release rate has been studied.
The influence of pH, agitation time, initial fluoride concentration, temperature, particle size and solvent dose were studied for defluoridation.
The influence of temperature, agitation speed, inoculum volume and pH on the production of ethanol was screened after 24 h and 120 h using Taguchi experimental design method.
The fermentation was scaled up to 2.5 L bioreactor and the influence of aeration, agitation and initial substrate concentration was also determined.
The influence of pH, agitation time, initial fluoride concentration, temperature, particle size, surface area, presence and nature of counter ions and solvent dose were studied for defluoridation with various adsorbents.
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