Institute of Biochemical Engineering, Technical University of Munich, Garching, Germany.
Adv Biochem Eng Biotechnol. 2022;180:33-56. doi: 10.1007/10_2021_172.
Industrially applied bioprocesses for the reduction of C1 gases (CO and/or CO) are based in particular on (syn)gas fermentation with acetogenic bacteria and on photobioprocesses with microalgae. In each case, process engineering characteristics of the autotrophic microorganisms are specified and process engineering aspects for improving gas and electron supply are summarized before suitable bioreactor configurations are discussed for the production of organic products under given economic constraints. Additionally, requirements for the purity of C1 gases are summarized briefly. Finally, similarities and differences in microbial CO valorization are depicted comparing gas fermentations with acetogenic bacteria and photobioprocesses with microalgae.
工业应用的生物工艺可用于减少 C1 气体(CO 和/或 CO),特别是基于(合成)气发酵的产乙酸细菌和利用微藻的光生物工艺。在每种情况下,都详细说明了自养微生物的工艺工程特性,并总结了改善气体和电子供应的工艺工程方面,然后在给定的经济约束下讨论了用于生产有机产品的合适生物反应器配置。此外,还简要总结了 C1 气体纯度的要求。最后,通过比较产乙酸细菌的气体发酵和微藻的光生物工艺,描述了微生物 CO 增值的相似点和不同点。