Liquid-side mass-transfer coefficients (kLa) were measured in surface aerators and self-inducing-type reactors. The measurements were made in 1.0- and 1.5-m-i.d. cylindrical and 8.2 × 8.2-m square tanks using physical absorption of oxygen. The effect of liquid submergence was investigated in detail. Further, the effects of the diameter of the tank, the ratio of the impeller diameter to the tank diameter, and the clearance of the impeller from the tank bottom were also studied. Three different impeller designs were investigated as surface aerators. Single and multiple impellers were employed in the case of self-inducing reactors. The power consumption was varied in the range of 30-1000 W/m3. Suitable correlations were developed for both type...
An improved type of impeller has been designed to obtain higher efficiency under the conditions of l...
Present investigation is concerned with the development of scale-up equations for oxygen transfer co...
Oxygen transfer rate and the corresponding power requirement to operate the rotor are vital for desi...
Liquid-side mass-transfer coefficients (KLa) were measured in air-suction type fermentors using phys...
Mass transfer coefficient (kLa) and Power Number (NP) have been measured in three flat-bottomed cyli...
Gas-liquid volumetric mass transfer coefficients, (kLa), have been obtained for "dead-end"autoclave ...
Stirred aerated tanks by double impellers are used in fermentation and various biological processes ...
Volumetric gas—liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
Volumetric gas—liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
In a stirred vessel with the aspect ratio of 2.4, the gas-liquid mass transfer characteristics of tr...
The study of oxygen mass transfer was conducted in a laboratory scale 5 liter stirred bioreactor equ...
Volumetric gas–liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
Volumetric gas–liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
Volumetric gas–liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
Volumetric gas–liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
An improved type of impeller has been designed to obtain higher efficiency under the conditions of l...
Present investigation is concerned with the development of scale-up equations for oxygen transfer co...
Oxygen transfer rate and the corresponding power requirement to operate the rotor are vital for desi...
Liquid-side mass-transfer coefficients (KLa) were measured in air-suction type fermentors using phys...
Mass transfer coefficient (kLa) and Power Number (NP) have been measured in three flat-bottomed cyli...
Gas-liquid volumetric mass transfer coefficients, (kLa), have been obtained for "dead-end"autoclave ...
Stirred aerated tanks by double impellers are used in fermentation and various biological processes ...
Volumetric gas—liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
Volumetric gas—liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
In a stirred vessel with the aspect ratio of 2.4, the gas-liquid mass transfer characteristics of tr...
The study of oxygen mass transfer was conducted in a laboratory scale 5 liter stirred bioreactor equ...
Volumetric gas–liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
Volumetric gas–liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
Volumetric gas–liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
Volumetric gas–liquid mass transfer coefficient (kLa) data available in the literature for larger ta...
An improved type of impeller has been designed to obtain higher efficiency under the conditions of l...
Present investigation is concerned with the development of scale-up equations for oxygen transfer co...
Oxygen transfer rate and the corresponding power requirement to operate the rotor are vital for desi...