Kinetic characteristics of n-butyl alcohol and iso-butyl alcohol in a composite bead air biofilter
WC Chan, YZ Lai - Bioresource technology, 2008 - Elsevier
Kinetic characteristics of n-butyl alcohol and iso-butyl alcohol in a composite bead biofilter
were investigated. The microbial growth rate of n-butyl alcohol was greater than that of iso-
butyl alcohol in the average inlet concentration range of 50–300ppm. The microbial growth
rate was inhibited at higher inlet concentration, and the inhibitive effect in the concentration
range of 50–150ppm was more pronounced than that in the concentration range of 150–
300ppm. The degree of inhibitive effect for n-butyl alcohol was more sensitive than that for …
were investigated. The microbial growth rate of n-butyl alcohol was greater than that of iso-
butyl alcohol in the average inlet concentration range of 50–300ppm. The microbial growth
rate was inhibited at higher inlet concentration, and the inhibitive effect in the concentration
range of 50–150ppm was more pronounced than that in the concentration range of 150–
300ppm. The degree of inhibitive effect for n-butyl alcohol was more sensitive than that for …
Kinetic characteristics of n-butyl alcohol and iso-butyl alcohol in a composite bead air biofilter.
CWC Chan WuChung, LYZ Lai YuZhang - 2008 - cabidigitallibrary.org
Kinetic characteristics of n-butyl alcohol and iso-butyl alcohol in a composite bead biofilter
were investigated. The microbial growth rate of n-butyl alcohol was greater than that of iso-
butyl alcohol in the average inlet concentration range of 50-300 ppm. The microbial growth
rate was inhibited at higher inlet concentration, and the inhibitive effect in the concentration
range of 50-150 ppm was more pronounced than that in the concentration range of 150-300
ppm. The degree of inhibitive effect for n-butyl alcohol was more sensitive than that for iso …
were investigated. The microbial growth rate of n-butyl alcohol was greater than that of iso-
butyl alcohol in the average inlet concentration range of 50-300 ppm. The microbial growth
rate was inhibited at higher inlet concentration, and the inhibitive effect in the concentration
range of 50-150 ppm was more pronounced than that in the concentration range of 150-300
ppm. The degree of inhibitive effect for n-butyl alcohol was more sensitive than that for iso …
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