Experiments and cellular automata simulation reveal light/carbon transportation and growth mechanism of Chlorella vulgaris biofilm in attached cultivation

Lu Li,Yongqiang Wang,Lili Gao,Wenjun Zhou,Lin Chen,Zhaohui Zhang,Tianzhong Liu

Chemical Engineering Journal（2022）

引用 3|浏览6

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摘要

•Cultivation conditions highly influence transfer and growth behavior of biofilms.•Light penetrates only less than 70 um depth, DIC slowly declines opposite light.•Dual-side carbon supplementation elevates DIC and enhances biofilm growth.•Biofilm is partitioned as “growing regime” and “resting regime”.•Proliferated algal cells lift “growing regime” and thicken the biofilm.

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关键词

chlorella vulgaris biofilm,cellular automata simulation,growth mechanism,light/carbon transportation

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