A simulation software shows how to run a simulation on the software.

1. Seminar On CHEMCAD
Presented To, PresentedBy: DarshikaSaxena
Mr. Chandra Shekhar Final year
(Assistant Professor) CH

2. Content
 Introduction
 What can we do with ChemCAD
 How do we actually use ChemCAD
 Problem solve with the help of ChemCAD
 Some common APPLICATION OF ChemCAD
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3. Introduction to ChemCAD
 ChemCAD is Chemstation’s
intuitive suite of chemical
process simulation software
that broadens an engineer’s
capabilities and increases
productivity.
 ChemCAD supercharges an
engineer’s efficiency when
facing the toughest chemical
process models or addressing
day-to-day challenges.
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4. What can we do with
CHEMCAD?
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5.  Increase Productivity by Performing Everyday
Chemical Engineering Calculations
 Maximize Profitability by Designing More Efficient
New Processes and Equipment
 Reduce Costs and Capital Expeditures by
Optimizing/De-Bottlenecking Existing Processes and
Equipment
 Comply with Regulatory Agencies by Assessing the
Environmental Impact of New or Existing Processes
 Leverage Corporate Information by Maintaining a
Central Database of Proprietary and Laboratory Data
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6. How do we actually use
CHEMCAD?
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7.  Draw your flowsheet
 Choose your chemical components
 Choose your thermodynamic model
 Specify your feed streams
 Specify your unit operations
 Run your flowsheet
 Size your equipment
 Investigate cost estimate alternatives
 Assess environmental impact
 Analyze your results/Optimize and repeat as necessary
 Produce Process Flow Diagrams/Reports
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9. Problem on Flash drum
 Feed stream-Ethanol and Water
 Thermodynamic Setting
K- NRTL, Enthalpy- LATE
Specification Feed Stream-1 Feed Stream-2
Temperature 300F 85F
Pressure 50psia 50psia
Ethanol 500 lb/h 500lb/h
Water 500lb/h 1000lb/h
For Heat Exchanger
Temperature for stream 4 - 105F
Flash drum
0 use inlet T&P, 9

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26. What are some common
application of
CHEMCAD?
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27.  Distillations/Extractions (Batch & Continuous)
 Reactions (Batch & Continuous)
 Electrolytic Processes
 Thermo-Physical Property Calculations
 Vapour/Liquid/Liquid Equilibrium Calculations
 Equipment Sizing
 Heat Exchanger Networks
 Environmental Calculations
 Safety Analyses
 Cost Estimations
 Flare Header systems
 Utility Networks
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