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Appendix 2 gPROMS® Adsorption Models 2.1 List of models and specifications Pressure Swing Adsorption for Hydrogen Purification Table 5.2 – List of models present in the adsorption libraries of gPROMS® List of models Adsorption bed Source Sink Valve Header/storage tank Schedule model Recovery reporting model Mass balance reporting model Stream analyser PID controller Table 5.3 – Specifications made through the dialog box Fluid (mass transfer) Mass transfer coefficient correlation Mass transfer basis Particle void Particle coefficient Fluid (heat transfer) Thermal operation mode Heat transfer coefficient bed-wall Design Number of layers Layers length Bed diameter Bed void Bed density Wall Metal density Metal heat capacity Wall thickness Ambient temperature Wall specific heat capacity Thermal conductivity of the material Isotherm Isotherm model Reference temperature Isotherm parameter Dynamics Composition basis Feed and product inert section pressure Mass fraction Initial temperature Numerics Flow mode Number of discretizati on points Dispersion diameter Particle thermal conductivity Particle heat capacity Mass transfer coefficient Product and feed inert section volume Diffusivities gPROMS Adsorption Models 53PDF Image | PRESSURE SWING ADSORPTION FOR THE PURIFICATION OF HYDROGEN
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