sir I'm unable to solve the problem. the system is showing that max iterations were reached and absorption of the component is very low https://drive.google.com/file/d/16FxNyqjex7p0Mg-6kF3gPFCZd8HnzdB4/view?usp=sharingplease look into this
In both Absorption column and Chemsep distillation column simulation some errors are encountered. Request you to kindly help me to tackle the same.(DWSIM version 6.4.3 64 bit)https://drive.google.com/file/d/1lqHfJhzKRfFXhAQ9YJ-vzxhv29QQ5-jc/view?usp=share_link
Sir, I unable to solve assignment question , mole fraction s is not given and in selecting property package in CAPE-OPEN there is some error. kindly help sir that overall what could be the error that it is not getting solved.
Using DWSIM version 6, on ChemSep - Absorption Column Tab, by clicking the 'check input and solve' button (green play button on top left corner) and then multiple 'OK' and 'Yes', while Running Simulator, it gave a Warning: Tr > 1 in Liquid density (682.9K > 658.0K) Select Retry or Ignore to continue, which showed only 'OK' button. Clicking the 'OK' button then 'Done' button, closing the ChemSep - Absorption Column Tab, the flowsheet remains red.I cross checked the data many times, all set the same as in tutorial. I tried finding what the error meant, but I still could not. Help me out.Link: https://drive.google.com/file/d/1Rllpde3z_VknEPiVAvlKz4t5nGFa_KWi/view?usp=sharing
Sir,When I try to insert a material stream using NRTL package for assignment question in Absorption column it is showing "MSTR-01:NRTL error: missing interaction parameters for binary pair Water/Nitrogen". Can u please tell why is this happening?
I have done the exact procedure shown in the spoken tutorial but results appear to be absurd, please help!here is the file: file link
Good Evening My question is about the selection suitable Thermodynamic Package as per the given problem statement.How to select the package which is suitable to a given problem statement.
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Outline: Selecting chemical components and thermodynamics Adding material streams to the flowsheet Defining the properties of the streams Adding CAPE-OPEN Unit Operation to the flowsheet Specifying CAPE-OPEN Object Editor Specifying operation, stages Specifying pressure and thermo Specifying ChemSep column properties Connecting inlet feed streams and outlet streams Specifying K-value and Equation of state Selecting solution Method Explaining Flowsheet Object Appearance Using Master Property Table
Selecting chemical components and thermodynamics Adding material streams to the flowsheet Defining the properties of the streams Adding CAPE-OPEN Unit Operation to the flowsheet Specifying CAPE-OPEN Object Editor Specifying operation, stages Specifying pressure and thermo Specifying ChemSep column properties Connecting inlet feed streams and outlet streams Specifying K-value and Equation of state Selecting solution Method Explaining Flowsheet Object Appearance Using Master Property Table
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