A modified internal airlift loop reactor with continuous slurry phases was explored to investigate the local bubble size and the local mass transfer properties. A mathematical model was derived to simulate the bubble size in every flow region. Also, a new method was developed to measure the dissolved oxygen concentration
Hydrodynamics is an important issue for the design and development of three phase internal air lift...
The interfacial area a was measured by the sulfite oxidation method in a three-phase external loop a...
Gas hold-up and liquid circulation velocity measurements were made using a 167 dm3 external loop air...
[[abstract]]©2003 Elsevier - The local hydrodynamic properties of the gas phase in an internal-loop ...
International audienceOne-dimensional modelling of global hydrodynamics and mass transfer is develop...
The present study summarizes the results of macro- and micro-mixing characteristics in an airlift in...
The effects of suspended solid particles on the hydrodynamic and mass transfer properties were exper...
Effect of geometrical parameters on two phase hydrodynamics of airlift reactor is the main topic of ...
A pilot external airlift loop reactor (EALR) integrating mixing and separation was first proposed by...
Mass transfer studies are carried out in a bubble column with an internal diameter of 14. cm and var...
Oxygen scarcity may significantly affect the process performance since it has low aqueous solubility...
17th International Symposium on Alcohol FuelsAs modified three-phase fluidized reactors, loop reacto...
AbstractEffect of geometrical parameters on two phase hydrodynamics of airlift reactor is the main t...
By combining the prominent advantage of directional fluid flow in an internal airlift loop reactor w...
Determinations of volumetric mass transfer coefficient were conducted in a three-phase internal-loop...
Hydrodynamics is an important issue for the design and development of three phase internal air lift...
The interfacial area a was measured by the sulfite oxidation method in a three-phase external loop a...
Gas hold-up and liquid circulation velocity measurements were made using a 167 dm3 external loop air...
[[abstract]]©2003 Elsevier - The local hydrodynamic properties of the gas phase in an internal-loop ...
International audienceOne-dimensional modelling of global hydrodynamics and mass transfer is develop...
The present study summarizes the results of macro- and micro-mixing characteristics in an airlift in...
The effects of suspended solid particles on the hydrodynamic and mass transfer properties were exper...
Effect of geometrical parameters on two phase hydrodynamics of airlift reactor is the main topic of ...
A pilot external airlift loop reactor (EALR) integrating mixing and separation was first proposed by...
Mass transfer studies are carried out in a bubble column with an internal diameter of 14. cm and var...
Oxygen scarcity may significantly affect the process performance since it has low aqueous solubility...
17th International Symposium on Alcohol FuelsAs modified three-phase fluidized reactors, loop reacto...
AbstractEffect of geometrical parameters on two phase hydrodynamics of airlift reactor is the main t...
By combining the prominent advantage of directional fluid flow in an internal airlift loop reactor w...
Determinations of volumetric mass transfer coefficient were conducted in a three-phase internal-loop...
Hydrodynamics is an important issue for the design and development of three phase internal air lift...
The interfacial area a was measured by the sulfite oxidation method in a three-phase external loop a...
Gas hold-up and liquid circulation velocity measurements were made using a 167 dm3 external loop air...