Multiphase flow is a commonly seen transient and complex dynamic system in many
industrial processes. The phase fraction and velocity are two of the most important …

The performance of four bioreactors (bubble column, concentric tube airlift, concentric tube
stirred airlift, and mechanically stirred tank) were evaluated in this study in terms of the …

It is important to understand the gas–liquid mass-transfer performance for the reactor design
and scale-up of bubble columns. Air-water bubble columns have been extensively …

A sufficiently high oxygen supply is crucial for high‐cell‐density cultivation of aerobic
microorganisms, including Schizochytrium sp. We, therefore, designed a novel bioreactor …

Process scale-up is a critical factor for realizing the industrial-scale production of
docosahexaenoic acid (DHA). To improve the efficiency of scale-up, a strategy based on …

In this work we study the performance of a bubble column equipped with metal porous
sparger when the liquid phase is a shear-thinning non-Newtonian fluid. The aim is to …

Developing natural gas hydrates in deep water faces serious well control problem and flow
assurance problem, induced by the reformation of gas hydrate in the drilling fluid. In order to …

Microalgae are the most propitious feedstock for biofuel production due to their lipid and fatty
acid content. Microalgae cultivation shares many features with bioreactors, such as thermal …

The present work reports the investigation of flow regime, bubble size and its distribution,
bubble aspect ratio and interfacial area in three distinct axial zones of the microstructured …

In this work, a kinetics‐integrated CFD model based on coupling computational fluid
dynamics (CFD) and biokinetic was developed to guide the industrial scale‐up for …