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Biological reaction apparatus, biological reaction method, porous structure carrying aerobic or facultative anaerobic microorganisms used in biological reaction apparatus, and method for producing the porous structure

机译:生物反应设备,生物反应方法,在生物反应设备中使用的携带好氧或兼性厌氧微生物的多孔结构及其制造方法

摘要

The biological reaction apparatus of the present invention and the biological reaction method using this biological reaction apparatus are efficient and economical for biological reactions using aerobic or facultative anaerobic microorganisms (hereinafter referred to as “aerobic microorganisms”). In order to achieve this, in the microorganism culture solution, a porous structure having a high loading density in which aerobic microorganisms are supported in advance to the depths of the pores before the biological reaction is present, and in the microorganism culture solution, micro-nano bubbles are present. Is included. Further, the porous structure carrying aerobic microorganisms of the present invention is one in which aerobic microorganisms are carried at a high loading density in advance before the biological reaction in order to perform the biological reaction efficiently and economically. It is. In addition, the method for producing a porous structure carrying aerobic microorganisms or the like of the present invention comprises a porous structure, aerobic microorganisms and micro-nano bubbles in order to carry aerobic microorganisms or the like at a high carrying density. The culture solution to be contained is brought into contact.
机译:对于使用需氧或兼性厌氧微生物(以下称为“需氧微生物”)的生物反应,本发明的生物反应装置和使用该生物反应装置的生物反应方法是有效且经济的。为了实现这一目标,在微生物培养液中,具有高装载密度的多孔结构,其中需氧微生物在发生生物反应之前预先支撑在孔的深度,而在微生物培养液中,存在纳米气泡。已经包括了。此外,本发明的携带好氧微生物的多孔结构是这样一种结构,其中在生物反应之前预先以高的装载密度携带好氧微生物,以便有效且经济地进行生物反应。它是。另外,本发明的携带好氧性微生物等的多孔质结构体的制造方法包括多孔结构,好氧性微生物和微纳米气泡,以便以高的携带密度来携带好氧性微生物等。使要包含的培养液接触。

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