Advances in Microbial Engineering: Proceedings, Parties 1 à 2

acid activity aeration agitator speed air bubbles Aspergillus niger backflow rate baffle batch culture Biochem Bioeng biomass biosynthesis Biotechnol calculated Candida carbohydrate carbon dioxide Chem chemostat constant continuous culture critical washout dilution cultivation curve decrease determined diameter dissolved oxygen distribution dry weight effect enzymes equation erythromycin ethanol experimental experiments exponential phase fermentor filament flasks flocs flow rate g/liter glucose H₁ hexadecane hr¹ hydrocarbon hydrocarbon fermentation impeller speed increase interfacial area K₁ k₁a kinetics medium membrane method microbial Microbiol microorganisms mixing mycelium n-alkanes n-hexadecane nitrogen nutrient obtained oil droplets oxygen concentration oxygen transfer paper pulp suspension parameters power input production respiration riboflavin sedimentation shown in Figure size frequency distribution sludge sodium sulfite solution specific growth rate stage substrate sulfite surface Symp Table temperature values vessel washout dilution rate Wiley & Sons wort yeast yeast cells