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首页> 外文期刊>Bioresource Technology: Biomass, Bioenergy, Biowastes, Conversion Technologies, Biotransformations, Production Technologies >Operating and hydrodynamic characteristics of a reversed flow jet loop bioreactor (RFJLB) with ejector
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Operating and hydrodynamic characteristics of a reversed flow jet loop bioreactor (RFJLB) with ejector

机译:带有喷射器的逆流射流回路生物反应器(RFJLB)的操作和流体力学特性

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The hydrodynamic characteristics of RFJLB was studied with superficial liquid velocity (Ul), nozzle diameter (Dn) and nozzle height (Hn) in the range of 0.0293-0.094. m/s, 17.4-22.0. mm and 50-400. mm, respectively. For Dn = 17.4. mm, Hn = 50 and 200. mm, with ejector mode and regular operating procedure i.e. simultaneous entry of gas with increasing liquid velocity, had limitation of not establishing the circulation loop. To overcome this limitation a modified operating procedure i.e. entry of gas after established liquid circulation loop is proposed. Also the comparison of gas holdups with ejector and injector mode proves the effectiveness of ejector mode and can eliminate the supply of compressed gas. Thus proper choice of Dn, Hn and also the operating procedure becomes necessary.
机译:在0.0293-0.094范围内的表观液体速度(Ul),喷嘴直径(Dn)和喷嘴高度(Hn)下研究了RFJLB的流体力学特性。 m / s,17.4-22.0。毫米和50-400。毫米,分别。对于Dn = 17.4。毫米,Hn = 50和200.毫米,具有喷射器模式和常规操作程序,即随着液体速度的增加气体同时进入,其局限性在于无法建立循环回路。为了克服该限制,提出了修改的操作程序,即在建立的液体循环回路之后进入气体。同样,将气体滞留率与喷射器和喷射器模式进行比较也证明了喷射器模式的有效性,并且可以消除压缩气体的供应。因此,必须正确选择Dn,Hn以及操作程序。

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