000			02795nam a2200169Ia 4500
008			140223b1997 xxu||||| |||| 00| 0 eng d
020			_a9781860580932 _c0.00
082			_a660.28 _bSEC
100			_aSemel, J
245			_a2nd International Conference on Process Intensification in Practice: Applications and Opportunities
260			_aEngland _bProfessional Engineering Publishing Limited _c1997
300			_a319p
500			_aPapers Presented at the 2nd International Conference on Process Intensification in Practice: Applications and Opportunities, Organized and Sponsored by BHR Group Limited. Held in Antwerp, Belgium, 21-23 October 1997 Chapter - 1: Keynote Addresses The Fouling of Heat Transfer Surfaces Process Systems Engineering to Support the Development of Future Processing Systems Chapter - 2: Introductory Session Methodologies for Process Intensification Chapter - 3: Heat Transfer Using Binary Ice Mixtures Heat Exchangers for the Process Industry Rotex: An Intensified Absorption Heat Pump Procedure for Rapidly Determining the Benefits of Heat Transfer Enhancement The Heating, by Viscous Dissipation, of Liquids Flowing Across an Enclosed Rotating Disc Chapter - 4: Reactors Intensification of the Anthraquinone Process for Production of Hydrogen Peroxide A Study of Process Intensive Three Phase Reactor for the Selective Hydrogenation of 2 - Butyne - 1, 4 - Diol Spinning Disc Reactor for the Intensification of Styrene Polymerization Applicability of High Gas Liquid Reactors to Typical Chemical Processes Simulated Moving Bed Adsorptive Reactor Breakage of Oil Drops in a Kenics Mixer Compact Heat Exchangers as Chemical Reactors for Process Intensification (PI) Reactive Extrusion: Heterogeneous Hydrogenation of Highly Viscous Solutions in an Intermeshing Twin Screw Extruder A High Intensity Gas Liquid Tubular Reactor under Supersonic Two Phase Flow Conditions Chapter - 5: Modelling CFD for Optimizing Compact Static Mixing Systems Turbulent Flows Loaded with Particles in Compact Heat Exchangers: Application to Particulate Fouling Chapter - 6: Mass Transfer Evaluation of Oscillatory Flow Mixing tin Tubular Reactors for Continuous Processing Advantages of Induced Pulsing Flow in a Trickle Bed Industrial Practice of HIGRAVITEC in Water Deaeration Chapter - 7: Separation Processes Enhanced Separation Processes Centrifugal Adsorption Technology for the Removal of Volatile Organic Compounds from Water Practical Process Intensification Shown with the Example of Hydrogen Peroxide Distillation System
600			_aChemical Engineering
890			_aUK
995			_ASEC _B003432 _CCHE-PG0 _D8443.30 _E0 _F049 _G088468 _H0 _I0.00 _J6416.91 24% _L20050620 _M08 _UC _W20050810 _XHimanshu Book Co. _ZReference
999			_c44125 _d44125