基于毛细作用的微藻固定化培养装置设计及培养条件研究  

Design and Cultivation Conditions of Microalgae Immobilized Culture Device Based on Capillary Action

作　　者：杨婷 黄磊 Yang Ting;Huang Lei(School of Transportation and Navigation,Quanzhou Normal University,Quanzhou,Fujian 362000;The Second Military Representative Office of the Army in Nanjing,JiangSu,210000)

机构地区：[1]泉州师范学院交通与航海学院,福建泉州362000 [2]陆军装备部驻南京地区军事代表局驻南京地区第二军事代表室,江苏南京210003

出　　处：《绥化学院学报》2022年第12期154-160,共7页Journal of Suihua University

基　　金：福建省中青年教师教育科研项目“半主动悬架控制策略的研究”(JAT190540)

摘　　要：文章利用多渗透孔隙材料所产生的毛细作用作为微藻固定化培养过程中的营养传质方式,设计并构建一种高密度低能耗的微藻固定化培养反应器。研究了微藻藻株的属性不同,承载体材质不同及承载体贴附于固体表面组成的复合载体对微藻的生物质产率和固定化率的影响,筛选最佳复合载体的组合方式。In this paper,a high-density and low-energy-consumption microalgae immobilized culture reactor is designed and constructed by using the capillary action produced by the porous material as the nutrient mass transfer method in the immobilized culture of microalgae.The effects of different properties of microalgae strains,different carrier materials and the composite carrier composed of carrier attached to the solid surface on the biomass yield and immobilization rate of microalgae were studied,and the combination of the best composite carrier was screened.

关 键 词：微藻 生物柴油 毛细作用 固定化培养装置 光稀释 

分 类 号：Q94-33[生物学—植物学]