Enhancing Energy Utilization and Production Efficiency of Spirulina sp. in a Thin-Layer Fountain Photobioreactor Using a Novel Variable-Frequency Mixing Technology

Thin-layer fountain photobioreactors (TLF-PBRs) are an attractive option for low-cost microalgal production and efficient carbon capture due to their low cost, high biomass density, productivity, and ease in scaling up. To further enhance their production performance and reduce energy inputs, this s...

Full description

Saved in:

Bibliographic Details
Main Author:	Mingjing Zhang (781329) (author)
Other Authors:	Jialin Wang (490082) (author), Chen Hu (317374) (author), Jihua Liu (1395481) (author), Yongxiu Huang (21755413) (author), Xiaoyu Guo (280620) (author), Wenluo He (21755416) (author), Wenjun Luo (1465153) (author), Chengze Li (655090) (author), Lei Li (29537) (author), Nianzhi Jiao (138252) (author), Chenba Zhu (9450826) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Biotechnology Ecology Developmental Biology Inorganic Chemistry Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified technology continuously varies reduce energy inputs mixing energy consumption maximum cell density layer fountain photobioreactors high biomass density frequency mixing technology entire cultivation area ensuring uniform coverage enhancing energy utilization continuous artificial lighting 73 %, compared 314 μmol · 150 μmol · enhance energy utilization culturing spirulina sp constant spray radius 34 – 40 30 g · 2 g · maximum areal productivity cost microalgal production spray radius spirulina sp microalgal production areal productivity 150 cm production performance production efficiency values exceeded successfully applied study develops results revealed results highlight reciprocating cycle novel variable low cost first tested clean approach carbon capture based culture attractive option 8 %.
Tags:	Add Tag No Tags, Be the first to tag this record!

Enhancing Energy Utilization and Production Efficiency of Spirulina sp. in a Thin-Layer Fountain Photobioreactor Using a Novel Variable-Frequency Mixing Technology

Similar Items