Best Chemcad Training Institute in Delhi NCR

CHAPTER 1 – INTRODUCTION TO CHEMCAD

• Overview of CHEMCAD and Its Uses
• CHEMCAD Products and Features
  1. CC-STEADY STATE
  2. CC-DYNAMICS
  3. CC-BATCH
  4. CC-THERM
  5. CC-SAFETY NET
  6. CC-FLASH
• CHEMCAD Features by Module
• UnitOps by Module

CHAPTER 2- €“GETTING STARTED WITH CHEMCAD

• Installing the Software
• Licensing CHEMCAD
  1. Types of CHEMCAD Licenses
  2. License Settings
  3. Updating a License
• Getting Help with CHEMCAD
  1. Online Help
  2. CHEMCAD Coach
  3. Procedure Demos
  4. The Chemstations Web Site
  5. Contacting Chemstations Technical Support

CHAPTER 3 -€“ THE CHEMCAD INTERFACE

• The CHEMCAD Window
  1. The Workspace
  2. The CHEMCAD Explorer Pane
     • The Recent Files Tab
     • The Simulation Tab
     • The Visual Basic Tab
  3. The Palette Pane
     • Selecting a Palette
     • Customizing Palettes
  4. The Messages Pane
     • The Errors and Warnings Tab
     • The Run Trace Tab
     • The Notes Tab
  5. The Main Menu
  6. The Toolbar
• Customizing the CHEMCAD Screen
  1. Viewing and Hiding Screen Elements
  2. Resizing and Moving Items
     • Resizing a Pane
     • Moving a Pane
  3. Pinning and Unpinning Panes Other Useful Interface Hints
  4. Undo and Redo
  5. Visible Grid
  6. Adjusting Your View of the Workspace
  7. The CHEMCAD Coach Pane

CHAPTER 4 -€“ WORKING WITH SIMULATION FILES

• About CHEMCAD Simulation Files
  1. User Components in CHEMCAD
  2. Example Files
• Opening an Existing Simulation
• Creating a New Simulation
• Saving a Simulation
  1. Saving Different Cases for the Same Simulation
• E-€mailing a Simulation
• Working with CHEMCAD Files from Previous Versions

CHAPTER 5 -€“ BUILDING AND USING A BASIC SIMULATION

• Starting a New Simulation
• Selecting Engineering Units
• Drawing the Flow sheet
  1. Adding UnitOps
  2. Selecting a Default Icon for a UnitOp
  3. Manipulating UnitOp Icons
  4. Drawing and Connecting a Stream
     • Choosing a Stream Route .
     • Rerouting a Stream
• Other Drawing Tools
  1. The Text Tool
  2. Simple Drawing Tools: Rectangle, Ellipse, and Line
  3. Complex Drawing Tools: Multi-line and Polygon
• Selecting Chemical Components
  1. Finding a Component
  2. Adding a Component
  3. Changing the Order of Selected Components
  4. Removing Items from the Selected Components List
• Selecting value and Enthalpy Options
  1. Using the Thermodynamics Wizard
     • Selecting Components to Ignore
     • Specifying Process Conditions
     • How the Thermodynamics Wizard Makes Suggestions
     • Should the Thermodynamics Wizard be trusted to make design decisions?
  2. Manually Selecting Thermodynamics Settings
• Defining Streams
  1. Thermodynamic Properties
  2. Stream Composition
  3. Total Flow Properties
• Specifying Equipment Parameters
• Running the Simulation
• Reviewing the Results

CHAPTER 6 -€“ USING CHEMCAD FOR HIGH€FIDELITY MODELING

• What is high‐fidelity modeling
• Criteria for High‐fidelity Modeling
• Introduction to Equipment Sizing
• High‐fidelity Modeling and Sizing for Common UnitOps
  1. Piping
     • Low-fidelity
     • Sizing
     • High-fidelity
  2. Pumps, Compressors, and Expanders
     • Low-fidelity
     • High-fidelity
  3. Vessels and Tanks
     • Low-fidelity
     • Sizing
     • High-fidelity
  4. Valves
     • Low-fidelity
     • Sizing
     • High-fidelity
  5. Columns
     • Low-fidelity
     • Sizing
     • High-fidelity
  6. Heat Exchangers
     • Low-fidelity
     • Sizing
     • High-fidelity
  7. Relief Devices
     • Low-fidelity
     • High-fidelity
• Licensing Considerations for High‐fidelity Modeling
  1. License Settings

CHAPTER 7 -€“ BUILDING AND USING A DYNAMIC SIMULATION

• What do we mean by dynamics?
• Licensing Considerations
  1. License Settings
• Additional Input for Dynamic Operation
  1. Strategies for Dynamic Simulations
• Setting Up Dynamic Operation
  1. Switching to Dynamics
  2. Setting the Run Time
  3. Selecting Streams and UnitOps
• Running a Dynamic Simulation
  1. Run from Initial State
  2. Run from Current State
  3. Run One Step at a Time
• Other Dynamic Commands
  1. Reset to Initial State
  2. Save As Initial State
• Output from Dynamic Simulations
  1. Reviewing the Flowsheet Specifications
  2. Plotting Dynamic Results
  3. Text‐based Dynamic Reports

CHAPTER 8 -€“ OUTPUT AND REPORTS

• Text Reports
  1. Report Setup
  2. Stream-€based Reports
     • Stream Groups
     • Stream Compositions
     • Stream Properties
     • Particle Size Distribution
     • Pseudo component Curves
• UnitOp-€based Reports
  1. UnitOp Groups
  2. Select UnitOps
  3. Spec Sheet
  4. Distillation
• Flow sheet-€based Reports
  1. Topology
  2. Thermodynamics
  3. Mass and Energy Balances
• Dynamics Reports
  1. Batch Results
  2. Dynamics
• Consolidated Report
• Graphical Reports
  1. Thermo physical Data Graphs
     • TPXY
     • Binary LLE
     • Binodal Plot
     • Binodal/Residue Curves
     • Residue Curves
  2. Flow sheet-€based Graphs
  3. UnitOp-€based Plots
     • Tower Profiles
     • Heat Curves
     • Plug Flow Reactor Profile
     • Pipe Profile
     • Controller Convergence
  4. Dynamic Plots
  5. User-€specified File
• Printing CHEMCAD Reports
• Process Flow Diagrams
  1. Flow sheet Data boxes
     • Stream Boxes
     • UnitOp Boxes
     • TP Boxes
     • Excel Range Boxes
  2. Using the Layers Feature for Selective Viewing and Printing
     • Scenarios for Using Layers
     • Creating a New layer
     • Assigning Objects to a Layer
     • Hiding and Viewing Layers
     • Removing an Object from a Layer
     • Deleting an Entire Layer
  3. Printing a Process Flow Diagram

CHAPTER 9 -€“ CUSTOMIZING CHEMCAD

• Flow sheet Templates
  1. Creating a Template
  2. Viewing a Template’€™s Properties
  3. Applying a Template
  4. Renaming or Deleting a Template
• Creating Custom Components
  1. Adding a Single Component
     • Creating the Component
     • Regressing Data into the Component
  2. Pseudo component Range
  3. Importing a Neutral File
• Creating a Custom Symbol
• Customized Costing Calculations
• Creating Custom UnitOps
  1. Creating a Custom UnitOp Dialog Box
• Customizing Thermodynamics
  1. Creating a Custom K‐value or Enthalpy Model
  2. Creating a Custom Mixing Rule
• Visual Basic Applications (VBA)
  1. Defining a Reaction, Mixing Rule, or UnitOp
  2. Using a VBA‐defined Reaction
  3. Using a VBA‐defined Mixing Rule
  4. Using a VBA‐defined UnitOp

CHAPTER 10 -€“ DATA INTERFACES

• Excel Data Mapping
  1. Creating an Excel Data Map
  2. Data Map Execution Rules
• Creating Excel UnitOps
• Specification Sheets
• Using CHEMCAD as an OPC Server
  1. OPC Applications
  2. OPC Compliance
  3. Enabling CHEMCAD as an OPC Server
  4. Reading and Writing Values to CHEMCAD Using OPC
  5. OPC Server Operations
  6. CHEMCAD OPC Namespace
• COM Interfaces
  1. Connecting Excel and CHEMCAD: A Simple COM Interface
     • Using the VBClient Example
     • A Peek under the Hood

CHAPTER 11 -€“ DETAILING OF CHEMCAD PRODUCTS

• CCa€STEADY STATE
• Overview
• Starting a New Simulation
• Selecting Engineering Units
• Drawing the Flow sheet
  1. Placing UnitOps
  2. Drawing Streams
• Selecting Components
• Selecting Thermodynamic Options
• Defining the Feed Streams
• Enter UnitOp Parameters
  1. First Heat Exchanger
  2. Second Heat Exchanger
  3. Flash Drum
  4. Valve
  5. Stabilizer Tower
• Run the Simulation
• Review the Results and Print as Needed
  1. Checking the Cricondentherm Dewpoint
  2. Checking the Bottoms Stream Purity
  3. Re-running the Simulation
  4. Producing a Text Report
  5. Generating a Process Flow Diagram
• CC‐THERM
• Overview of the Heat Exchanger Sizing Process
• Identify the Tube‐side Stream
• Generate the Heat Curve
• Define General Specifications
• Set Tube Specifications
• Set Shell Specifications
• Set Baffle Specifications
  1. Baffle Spacing
  2. Baffle Cut Percent
• Set Nozzle Specifications
• Set Clearance Specifications
• Set Material Specifications
• Set Miscellaneous Specifications
• Run Sizing Calculations
• Review Results and Create Plots
• CC‐BATCH
• Description of the Problem
• Overview of the Batch Distillation Process
• Creating a New Simulation
• Selecting Engineering Units
• Drawing the Flow sheet
  1. Placing UnitOps
  2. Drawing Streams
• Selecting Components
• Selecting Thermodynamic Options
• Specifying Pot Charge
• Specifying the Distillation Column
• Defining the Operating Steps
  1. Operating Step 1
  2. Operating Step 2
  3. Operating Step 3
  4. Operating Step 4
  5. Operating Step 5
• The Run Time Information Dialog Box
• Running the Simulation
• Reviewing and Printing Results
  1. Plotting the Results
  2. Generating Text Reports
  3. Generating a Full Report
• Piping
• Control Valve Sizing Example
  1. Problem Statement
  2. Rating Case
  3. Flow Rate as a Function of Pressure
• Simple Flow Example
  1. Problem Statement
  2. Creating the Simulation
  3. Using Controllers to Simplify the Problem
  4. Calculating NPSHA
• Branched Flow Example
  1. Problem Statement
  2. Creating the Simulation
  3. Running the Simulation