Airlift reactors (ALRs) and airlift bioreactors (ALBRs) have been widely used in many sectors
over the past decade. Although most articles have focused on the new design to improve the …

This study investigated the effect of sparger designs on a D-shape hybrid airlift reactor
(DHALR) performances. The designs of airlift and torus reactors were combined to get the …

The shear rate and mass transfer coefficient play a key role in the chemical/biochemical
processes and are considered as the most important parameters for the design of airlift …

For modeling, design and scale-up of the airlift reactors, it is crucial to estimate
hydrodynamic parameters and volumetric gas–liquid mass transfer coefficient for different …

The influences of alcohol adding and three different gas spargers (single orifice, perforated
plate, and sinter plate) on the gas holdup in an external‐loop airlift reactor were studied. The …

The objective of this study was to investigate the hydrodynamics of an external-loop airlift
membrane reactor (ELAMR). The ELAMR was operated in two modes: without (mode A) and …

The Marangoni effect on the hydrodynamics and mass transfer was studied in an internal
loop airlift reactor with the addition of ethanol under elevated pressure. The overall gas …

The hydrodynamics and volumetric mass transfer coefficient play important roles in the
design and scale‐up of airlift reactors. The effect of surface tension on hydrodynamics and …

ABSTRACT A size‐adjustable trumpet‐shaped riser was installed into a conventional airlift
reactor to form a modified internal‐loop airlift reactor (ILAR). The volumetric oxygen mass …

The effects of the inserted membrane in the downcomer of an external-loop airlift reactor, the
gas sparger type (single orifice and sinter plate) and added alcohol (ethanol, n-butanol, or n …