Simimica©  Process Simulators
Product Descriptions

The table below lists Simimica© simulation functions.  Steady state simulator, Simimica MB©, defines process operations such as stream adding, stream splitting, component splitting, and chemical reaction.  Dynamic simulator, Simimica CTL©, extends the suite of functions to include transfer function analysis, integration, and process control analysis.  Heat and material balance process simulator Simimica CRYOBAL© analyzes refrigeration and cryogenic processes and includes a data base of 39 common refrigerants and cryogenic fluids.  Simimica CRYOBAL© also includes as suite of 16 Equations of State and 5 Subcooled Liquid Correlations facilitating a variety of analysis approaches for the superheated vapor and subcooled liquid states.  Simimica CRYOBAL Steam Plant Cycle©, an abridged version of Simimica CRYOBAL© that includes only the steam-water data base, analyzes steam-water processes such as power plant cycles and pulp and paper evaporation processes.  Each simulator includes an online, context-sensitive User's Manual with example problems.  The User's Manuals for Simimica CTL©, Simimica CRYOBAL©, and Simimica CRYOBAL Steam Plant Cycle© also include tutorials having referenced example problems.

Function Function Description Simimica MB© Simimica CTL© Simimica CRYOBAL© Simimica CRYOBAL Steam Plant Cycle©
FEED Feed Stream
STADD Stream Adder
SPLITR Stream Splitter
CSPLITR Component Splitter    
STAGE Stage Separator    
REACT Chemical Reactor    
TRAN1 First Order Transient Response      
SUMMER Signal Adder, Algebraic      
SIGNAL Signal (Branch) Junction      
GAIN Gain and Rectification      
INTEGRATOR Numerical Integration      
DELAY Delay or Dead Time      
P-I-D Proportional-Integral-Derivative Control      
PHSPLT Phase Splitter    
SET Set Stream Thermodynamic Properties
(6 Functions)		    
ISENT Isentropic Pressure Change
(13 Functions)		    
HEATEX Heat Exchanger    
HEATER Stream Heater    
User's Manual On-Line, Context-Sensitive HELP plus example problems
Tutorial (With Referenced Problems)  
Example Problems Demonstrating Function Implementations
DEMO Available See DOWNLOADS    
Calculation Scope   Multicomponent, Steady State Material Balance Multicomponent, Dynamic or Steady State Material Balance Single Component, Steady State Heat and Material Balance Single Component, Steady State Heat and Material Balance

Simulator Implementation
Simulation calculations are implemented in three basic steps: 1. Process Flow Sheet Creation, 2. Date Input, 3. Execution.  A process flow sheet is created in a "block and line" format using the graphical interface.  The "blocks" represent process functions, and the "lines", representing process streams, are drawn to connect the "blocks".  Once the process flow sheet has been drawn, numerical data is entered using function-specific data input dialogs.  The programs automatically calculate a steady state or dynamic (time varying) material balance (Simimica MB© or Simimica CTL©) or a steady state heat and material balance (Simimica CRYOBAL© and Simimica CRYOBAL Steam Plant Cycle©).  The calculation results for Simimica MB© consist of steady state component and stream flow rates.  The calculation results for Simimica CTL© consist of component and stream flow rates for each time increment.  The calculation results for Simimica CRYOBAL© and Simimica CRYOBAL Steam Plant Cycle© consist of steady state stream thermodynamic properties and flow rates.  The calculation results may be viewed, printed, and downloaded.  Simimica CTL©'s dynamic output is automatically displayed in time varying, plotted format and is also available in tabular format.  Simimica MB©'s, Simimica CRYOBAL©'s, and Simimica CRYOBAL Steam Plant Cycle©'s steady state outputs are available in tabular format.


Thank You For Your Interest
Please Contact:
Applied e-Simulators Software
10116 East Osage Ave.
Mesa, Arizona 85212
U.S.A.
480-380-4738

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