![]()  | 
					CABEQ 19 (4) (2005) 309–410 | 
				

| 
						NOx Removal Catalysis
						  P. Forzatti,  I. Nova and  L. Castoldi 
					 | 
					309–323 | 
| 
						Control Properties and Thermodynamic Analysis of Two Alternatives toThermally Coupled Distillation Systems with Side Columns
						  J. G. Segovia-Hernández,  E. A. Hernandez-Vargas,  J. A. Márquez-Muñoz,  S. Hernández and  A. Jiménez 
					 | 
					325–332 | 
| 
						Effect of Baffle Design on the Off-bottom Suspension Characteristics of Axial-flow Impellersina Pilot-scale Mixing Vessel
						  M. Špidla,  V. Sinevič and  V. Machoň 
					 | 
					333–340 | 
| 
						Nonlinear Control of pH System for Change Over Titration Curve
						  D. Swati,  V. S. R. Rao,  R. Pickhardt and  M. Chidambaram 
					 | 
					341–349 | 
| 
						Modelling and Optimization of the (R)-(+)-3,4-dihydroxyphenyllactic Acid Production Catalyzed with D-lactate Dehydrogenase from Lactobacillus leishmannii Using Genetic Algorithm
						  Z. Findrik Blažević,  M. Poljanac and  Đ. Vasić-Rački 
					 | 
					351–358 | 
| 
						Effect of Pulsing Mixing Interruptions on the Aspergillus niger Morphology and Citric Acid Production
						  M. Priede and  U. Viesturs 
					 | 
					359–366 | 
| 
						A Novel Three-stage Process for Continuous Production of Penicillin G Acylase by a Temperature-sensitive Expression System of Bacillus subtilis Phage phi105
						  X. Chen and  P. Cen 
					 | 
					367–372 | 
| 
						Determination of Optimum Conditions for the Extraction of Squalene from Olive Pomace with Supercritical CO2
						  S. Stavroulias and  C. Panayiotou 
					 | 
					373–381 | 
| 
						Lactic Acid Production from Kitchen Waste with a Newly Characterized Strain of Lactobacillus plantarum
						  Q. Wang,  X. M. Wang,  N. Q. Ren and  X. Q. Wang 
					 | 
					383–389 | 
| 
						Improvement of the Wastewater Biodegradability by Means of Photocatalytic and Wet Oxidation Processes in the Presence of Hydrogen Peroxide
						  N. Genç,  A. Arslan and  E. Can-Dogan 
					 | 
					391–396 | 
| 
						The COD Reduction of Wastewater Using Oxyl
						  M. Simonič and  Z. Novak Pintarič 
					 | 
					397–402 |