They also allow a great flexibility by easily adjusting the number of plates depending on the expected operating conditions. Many industries such as food, chemical and pharmaceutical … use gasketed plate-type heat exchangers because they are compact, efficient and easy to clean. Internet access to download the software and the license.ĬO-ProSim PHE: Simulation of Plate-and-Frame Heat Exchangers.At least 2 GB free disk space after install for optimal desktop performance.32-bit or 64-bit operating system such as Microsoft Windows XP, Vista, Windows 7, Windows 8, Windows 10, Windows Server 2003, Windows Server 2008, Windows Server 2012, Windows Server 2016, Windows Server 2019 (please consult for other systems).An open software enabling the user to add their own know-how: user-defined unit operations, new compounds, Visual Basic scripts, addition of external unit operations or thermodynamic models using CAPE-OPEN technology….An intuitive interface for the description of the equipment and the analysis of the results.A rigorous and comprehensive thermodynamic library (refer to Simulis Thermodynamics brochure).Powerful features for detailed design and analysis: sensitivity analysis, specifications, optimization….streams mixer and splitter, components splitter.
A library of unit operations to represent auxiliary equipment:.A module for the detailed simulation of shell and tube heat exchangers.A module for the detailed simulation of plate-and-frame heat exchangers, possibly reactive (CO-ProSim PHE, see description).Their rigorous and precise estimation, even for the most complex mixtures, is an undeniable strength of ProSim HEX. It is known that the thermophysical properties of fluids (viscosity, specific heat…) and the thermodynamic properties (in particular, for a phase change (boiling temperature…) have a great impact on heat transfer and pressure drop calculations. The calculation of heat exchangers with ProSim HEX benefits from the full power of ProSim’s thermodynamic server integrated in ProSim HEX. ProSim HEX software makes it possible to simulate in a detailed way a single exchanger or a network of connected heat exchangers (in series, in parallel…) with possible recycling between the heat exchangers to represent all the complexity of a real installation.
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