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      생물막 유동층 반응기를 이용한 페수처리시 미생물 농도 예측에 관한 연구 = A Study on Biomass Concentration Prediction in a Fluidized-Bed Biofilm Reactor for Wastewater Treatment

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      https://www.riss.kr/link?id=A2048948

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      This experiment was carried out to investigate biomass concentrations of attached biofilm in a Fluidized-Bed Biofilm Reactor(FBBR) which was run by varying influent COD from 2.070mg/l to 12,400mg/l. The following conditions fixed during the experiments; superficial upflow velocity was 0.47cm/s, operating temperature was 22±1℃ and pH was 7±0.1. The Substrate was glucose based synthetic wastewater. The COD removal efficiency was shown as 73% and 93%, respectively, when influent COD was increased from 2.070mg/l to 12,400mg/l. The observed biomass concentrations were pretty close to those calculated from the equation with measured parameters, such as biofilm thickness, biofilm density, bed porosity and bioparticle diameter.
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      This experiment was carried out to investigate biomass concentrations of attached biofilm in a Fluidized-Bed Biofilm Reactor(FBBR) which was run by varying influent COD from 2.070mg/l to 12,400mg/l. The following conditions fixed during the experiment...

      This experiment was carried out to investigate biomass concentrations of attached biofilm in a Fluidized-Bed Biofilm Reactor(FBBR) which was run by varying influent COD from 2.070mg/l to 12,400mg/l. The following conditions fixed during the experiments; superficial upflow velocity was 0.47cm/s, operating temperature was 22±1℃ and pH was 7±0.1. The Substrate was glucose based synthetic wastewater. The COD removal efficiency was shown as 73% and 93%, respectively, when influent COD was increased from 2.070mg/l to 12,400mg/l. The observed biomass concentrations were pretty close to those calculated from the equation with measured parameters, such as biofilm thickness, biofilm density, bed porosity and bioparticle diameter.

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