
Master basic process modeling and simulation with DWSIM's new UI, exploring process simulators, property packages, and the essential steps for WCM net operations with 14 cases.
This lecture discusses the uses of DWSIM and what industries it could have potential in to.
This lecture shows the basics of process simulators and other alternative commercial and free process simulators
In this lecture, you will learn on what type of property package to choose when doing a simulation.
Start with DWSIM by obtaining the software, following Windows installation steps, and watching the introductory videos.
Open the DWSIM software, create a simulation, select compounds with a property package and a flash algorithm, then add basis, unit operations and streams, run the simulation, and view results.
Engage with DWSIM unit operations through a practical problem set to reinforce basic process modeling and simulation with the new UI.
Estimate dew point and bubble point temperatures for a natural gas mixture using Pang Robinson in DWSIM. This walkthrough covers inputting composition, unit setup, and obtaining results.
Model a compressor in DWSIM’s new UI for a natural gas mix with the Robinson property package, setting inlet conditions and simulating an outlet at 6.9 bar with 18% efficiency.
Model a natural gas expander in DWSIM flow sheet using Peng-Robinson to feed a methane-propane-butane-CO2 mix at 30 C to five bars, yielding 14.14 C outlet with 25% efficiency.
Analyze outlet temperatures, heat transfer, and efficiency for a double pipe heat exchanger heating water from 30 to 70 C. Learn to set up a flow sheet in wc software.
Use the new DWSIM UI to model a K7 flash separation of natural gas, set compounds, compress to 50 psi, and cool to 0 C to separate vapor and liquid.
Mix ethyl acetate, ethanol, and water streams under 6.9 atm and 30 deg c, set up a flow sheet with a property package, and determine product composition and molar flows.
This lecture guides setting up a Kingston conversion reactor with two simultaneous reactions, configuring stoichiometries and streams, and running a Robinson property package to determine product molar flows.
Explore equilibrium reactor modeling in DWSIM's new UI, building a Robinson property package, defining feed streams, and running a water-gas shift system to analyze vapor and liquid compositions.
Set up a DWSIM isothermal CSTR model to produce ethyl acetate from ethanol, acetic acid, and water in a 1.2 m3 reactor at 6–9 C and 1 bar.
Execute a sensitivity analysis in DWSIM, examining how vessel pressure affects line one molar flow using the Ping Robinson property package, with a detailed flow sheet setup and report.
This course will introduce you on how to use a CAPE-OPEN compliant process simulator at a basic level with DWSIM.
You will learn about:
*Adding compounds to the simulation
*Basic selection of property packages available in DWSIM
*Changing units to be used in a simulation
*Adding material and energy streams
*Adding unit operation blocks
*Connecting material streams, energy streams and unit operation blocks
*Running the simulation
*Performing sensitivity analysis
*Adding property tables