CABEQ 21 (4) (2007) 307–446 |
In Memoriam: Prof. Dr. WOLF-DIETER DECKWER (August 3, 1941 – October 4, 2006) |
Thermodynamic and Kinetic Aspects of Mercury Sorption on Activated Carbon in the Process of Mercury Bioreduction
P. Gluszcz, S. Ledakowicz, J. Petera and W. Deckwer
|
307–314 |
Application of pH and pO2 Probes During Bacillus caldolyticus Fermentation: An Additional Approach for Improving a Feeding Strategy
J. Bader, K. Schwab, R. Bajpai and B. Neumann
|
315–320 |
Microbial Production of 3-Hydroxypropionaldehyde from Glycerol Bioconversion
C. Ulmer and A. Zeng
|
321–326 |
Theoretical Prediction of Mass Transfer Coefficients in a Slurry Bubble Column Operated in the Homogeneous Regime
S. Nedeltchev and A. Schumpe
|
327–334 |
Specification and Supervision of System Performance in Yeast Bioprocesses
E. Franco-Lara, R. Krull, D. Hempel and A. Haarstrick
|
335–344 |
Photobioreactor Design and Fluid Dynamics
J. C. Merchuk, F. Garcia-Camacho and E. Molina-Grima
|
345–355 |
Simultaneous Measurements of Gas-Solid Flow Rates and Pressure Drop in Downcomer of J-Valve in CFB
T. Goshima and K. Terasaka
|
357–363 |
Gas-Liquid Interfacial Area, Bubble Size and Liquid-Phase Mass Transfer Coefficient in a Three-Phase External Loop Airlift Bubble Column
M. Yoshimoto, S. Suenaga, K. Furumoto, K. Fukunaga and K. Nakao
|
365–372 |
Hydrodynamic and Mass Transfer Properties in a Three Phase External Loop Airlift Compared with a Three Phase Internal Loop Airlift and a Slurry Bubble Column
K. Nakao, S. Suenaga, K. Furumoto, M. Yoshimoto and K. Fukunaga
|
373–381 |
Performance Evaluation of a Full-Scale Deep U-Tube Utilizing Ozonated Oxygen as the Process Gas for Treating Drinking Water
K. Muroyama, E. Shibutani, T. Tsuji and M. Shimizu
|
383–393 |
Monitoring of Yeast Metabolism with Calorimetry
Ş. Yonsel, G. Bülbül-Çaliskan, M. Köni and L. Dagasan
|
395–408 |
Oxygen Solubility and Oxygen Transfer and Uptake Rates as Functions of Water Activity
M. Bošnjak and K. Mihaljević
|
409–416 |
Modelling Bistable Genetic Regulatory Circuits Under Variable Volume Framework
G. Maria
|
417–434 |
Drift Flux Distribution Parameter in Three-Phase Air-Lift Reactors
C. Wulfes and R. Bajpai
|
435–437 |