SEARCH Articles Figures Tables A Parenteral Drug Scale-Up A Quasi-Continuous Granulation and Drying Process (QCGDP) to Avoid Scale-Up Problems An Alternative Viewpoint For Scale-up Analysis of Granulation Rate Processes and Implications for Scale-Up Application of Scale-Up Methods in Pharmaceutical Engineering Application of Scale-Up in Stirred Vessels Aspects Concerning the Scale-up Basic Ideas of Scale-up Bioprocess Scale-Up Bowens general scale-up method Challenges in Developing and Scaling Up Chemical Processes Chromatographic Scale-Up Procedures Column Scale-Up Comments on the Use of Simulation for Scale-up and Reactor Performance Studies Common Scale-Up Factors Consequences of Scale-up Cost, Cleanliness, Scale-up, and Safety Considerations Criteria for Scaling-Up Fermentors Criteria of Scale-Up Demonstration of Up-scaled Hydrogen Production by Palladium-based Membrane Reactors Dimensionless Scale-up of Equipment Direct scale-up Easy Scale-Up Economics and Scale-Up Effect of Scale-up on Reactor Performance Effects of Reactor Scale-up On Controllability Electrode Materials and Scale-Up of Microbial Fuel Cells Energy Required and Scale-up Engineering Scale-up for Hydrogen Transport Membranes Engineering and Scale-up Aspects Equipment Scale-up and Modelling Evaluation of scale-up coefficients Example 3 Scaling up the System Application to Industrial Production Example of Scale-up through Concurrent Modeling Examples of Process Scale-Up Experimental Demonstration of the Novel Process Concept in a Pilot-Scale Set-Up Experimental methods for scale-up Experiments necessary for scale-up Extraction scale-up for mass transfer Factors in equipment scale-up and design Fermentation up-scaling Fluidized Bed Scale-up Fundamental Challenges of MicroChannel Scale-up Further Scale-Up of O2 Production Systems Gasifier Scale-Up Heat Transfer Scale-Up Considerations Hydrocyclone selection and scale-up Immobilized Enzyme Bioreactor Design and Scale-Up Industrial Scale-Up of Ortho Metalation Reactions Integrating Strategy as General Scale-Up Concept in Bioprocessing Laboratory data and scale-up Method development scouting and scale-up Microbiology of Salinispora tropica, Fermentation and Scale-up Model experiments and scale-up Modeling, Design, and Scale-up NO2 and dust Classic for local to regional up-scaling New Approach to the Scale-Up Problem in Tumbling Blenders Optimization and Scale-Up of the DERA Reaction Optimization of culture parameters and scale-up Overall Scale-up Factor Overcoming the Scale-up Challenges Packed-Tower Scale-up Parameters for Scale-up Particle Motion and Scale-up Practical Considerations in the Scale-Up of Powder-Filled Hard Shell Capsule Formulations Practical aspects of reactor design and scale-up Process Complexities in Scale-up Process Development and Scale Up Process Scale-up and Design Considerations Process characteristic of the foam centrifuge and its scale-up Process development and scale up for microbial PHA production Prospects for Scale-Up Reaction Scale-up Reaction Simulation Studies as Aid for Further Scale-Up Roller Compaction Scale-Up Scale Methyl Acrylate Oxidation Reaction and Work-Up Scale build up Scale up of preparation Scale up to humans Scale-Up Approaches Scale-Up Background Scale-Up Based on Data from Existing Production Plant Scale-Up Considerations for Biotechnology-Derived Products Scale-Up Considerations in Granulation Scale-Up From Bench to Plant Scale-Up and Interpretation Scale-Up and Monitoring of the Wet Granulation Process Scale-Up for Heat Transfer Scale-Up for Mixing Scale-Up in Batch and Continuous-Flow Scale-Up in Chemical Engineering Scale-Up in Chemical and Bioprocess Engineering Scale-Up in Co-Rotating Twin Screw Extruders Scale-Up in Nature Scale-Up in the Field of Granulation and Drying Scale-Up of Analytical Methods Scale-Up of Bench-Unit Kinetic Data Scale-Up of Calcium Polyphosphate Fibers Scale-Up of Centrate Clarity Limiting Applications Scale-Up of Chromatography Columns Scale-Up of Closed Loop Recycling Chromatography Scale-Up of Drying Processes Scale-Up of Electrochemical Reactors Scale-Up of Elution Chromatography Scale-Up of Enzymatic Processes Scale-Up of Extrusion and Spheronization Scale-Up of Film Coating Scale-Up of Fluidized Bed Granulators Scale-Up of Heterogeneous Systems Scale-Up of High-Shear Mixer Granulators Scale-Up of Kinetic Data Scale-Up of PTC Systems Scale-Up of Reactors Scale-Up of Solid Dosage Forms Colleen E. Ruegger, Alan Royce, Matthew J. Mollan, Jr., Robert Wagner, Stephen Valazza, and Mark Mecadon Scale-Up of Sonochemical Reactors Scale-Up of Upstream Operations Scale-Up of a Batch Reactor Scale-Up of the Compaction and Tableting Process Scale-Up of the Conventional Fluidized Bed Spray Granulation Process Scale-Up on Process Performance and Product Quality Scale-up Scale-up Scale-up Based on Energy Scale-up Concerns Scale-up Example for Storage Scale-up Fermentation and Process Control of Bioisoprene Scale-up Production Scale-up Protocols Scale-up Rules for Dilute Systems Scale-up Studies in Asymmetric Transfer Hydrogenation Scale-up Under Conditions of Partial Similarity Scale-up and Differential Expansion Scale-up and Operation Scale-up and Production Scale-up and Reproducibility Scale-up and Testing of Mixers Scale-up and pilot plants Scale-up and post approval changes Scale-up and post approval changes SUPAC) Scale-up changes Scale-up concept Scale-up considerations Scale-up correlation Scale-up criteria Scale-up design Scale-up example Scale-up factor Scale-up from laboratory Scale-up from pilot plant Scale-up in Chemical Engineering. Marko Zlokarnik Scale-up in reactor design Scale-up issues Scale-up law Scale-up methods Scale-up of Agitated Centrifugal Mixers Scale-up of Batch Mixers Scale-up of Bioreactors Scale-up of Continuous Mixers Scale-up of Cyclones Scale-up of Electrolytic Reactors Scale-up of HNL-Catalyzed Cyanohydrin Formation Scale-up of Industrial Equipment Scale-up of Ionic Liquid Synthesis Scale-up of Manufacturing Expenses Scale-up of Ribbon Mixers Scale-up of Single Phase Non-Reactive Turbulent Stirred Tanks Scale-up of Stirred-Tank Batch Reactors-Runaway Reactions Scale-up of Two-Phase Reactions Scale-up of Vent Size Package (VSP) Results Scale-up of bubble column Scale-up of bubble column reactors Scale-up of chemical processes Scale-up of crystallization process Scale-up of crystallizers Scale-up of liquid mixing systems Scale-up of mechanical foam breakers Scale-up of methods employing solvents Scale-up of microwave-assisted organic synthesis Scale-up of mixing systems Scale-up of procedure Scale-up of production Scale-up of solvent-free methods Scale-up of steam reforming technology Scale-up of stirred vessels Scale-up of suspension polymerization reactors Scale-up of systems Scale-up of the homogenization process Scale-up on Actual Area Scale-up on Cake Discharge Scale-up on Rate Scale-up on a Pilot SFC Unit Scale-up possibilities Scale-up principle Scale-up problem Scale-up procedures Scale-up process Scale-up ratios Scale-up risk Scale-up rule Scale-up run Scale-up strategies Scale-up technical illustrations Scale-up techniques Scale-up technology Scale-up to pilot plant Scale-up, Flow Distribution and Interface to the Macroscopic World Scale-up, mixing Scaling Up Stirred Tanks Scaling Up Stirred Tanks with Boiling Scaling Up Test Results Scaling Up Tubular Reactors Scaling Up from Laboratory Data Scaling Up of Microbial Fuel Cells Scaling up Ionic Liquid Technology from Laboratory to Continuous Pilot Plant Operation Scaling up of chromatographic separations Scaling up of dispersion processes Scaling up of trickle-bed reactors Scaling up process Scaling, Up or Down Scaling-Up Of A Heterogeneous Photocatalytic Reactor With Radiation Absorption And Scattering Scaling-Up of A Homogeneous Photochemical Reactor With Radiation Absorption Scaling-Up of Thermoplastic Starch Extrusion Scaling-Up the Coating Process Scaling-up Fixed Bed Operations Scaling-up of Ionic Liquid Synthesis Scaling-up, criterion for Scheme for the Scale-up of Electrochemical Reactors Selection and Scale-up of Solids Batch Mixing Equipment Short introduction to dimensional analysis and scale-up Simple Dewatering and Torque Scale-Up Smart Scale-up Solution and Scale-up Issues Special Scale-Up Considerations Specialized (scale-up) culture systems Stack Scale-Up Stage V. Process Scale-up The Moment of Truth Strategy for Scaling-up of SEC Technology Transfer and Scale-Up Testing and Scale-Up The Effect of Scale-up on Mass Transfer The Scale-Up Conundrum The Scale-up of Real Batch Reactors The Scaling-up Process Theoretical Solutions of Fuel Cell Scaling-Up Issues Transfer Coefficients and Interfacial Areas in Absorber Scale-Up Understanding Scale-Up (-Down) in Chemical and Bioprocess Engineering Up scaling Up scaling Up-Scaling Photochemical Reactions (Braun, Jakob, Oliveros, Oiler do Nascimento) Up-scaling a Necessity Up-scaling towards commercialization of polymer electrolyte-based dye-sensitized solar cells Use of Dimensionless Groups in Scale-Up Wall shear stress-flow characteristic curves and scale-up