Adept Scientific - Suomi Finland
Maailman johtava ohjelmisto tutkimukselle,tieteelle ja teknologialle
flag arrow
clearclear
Flag

 Adept Store | register Join My Adept | Flags  
Adept Scientific | Mannerheimintie 12 B, 5th floor | FIN-00100 Helsinki | Finland | Tel: 0 800 77 32 50  
UKusdedksvnofi
Koti
Tuotteet
Kurssit
Services
 Osta nyt!
Lataukset
Koulutus
Tuki
Minun Adept
Kansainvälinen |  Meistä |  Blog |  Ota meihin yhteyttä |  Lehdistö |  Työ ja Ura


Etene

• Ask us a question
• Buy VisSim
• VisSim Pricing
• Find out about Training
• Sign up for a Webinar
• Request a Brochure
• Download a Demo
• Download Industry Application Packs
• Meet Our Team
• Read our RSS Feeds

Opi enemmän

VisSim Home
VisSim Professional
What's New in VisSim 7
MATLAB integration
SIMULINK Translator

VisSim Online Movies
and Tutorials

System Requirements

Entry-level products:
  • VisSim Personal Edition
  • VisSim/Comm
Personal Edition


Other products in the range:
  • VisSim/Comm

VisSim for Embedded Control Design:
  • VisSim/Embedded
Controls Developer

  • VisSim/ECD vs.
its nearest competitor

  • VisSim/Embedded Controls
Developer Personal Edition

  • VisSim/Embedded Controls
Developer Movies


Viimeisin tieto

VisSim applications:
  • Application Centre
  • Application Packs
  • Customer Testimonials

Add-ons:
  • VisSim/Analyze
  • VisSim/C-Code
  • VisSim/Fixed Point
  • VisSim/ModelWizard
  • VisSim/Motion
  • VisSim/NeuralNet
  • VisSim/OPC
  • VisSim/OptimizePRO
  • VisSim/RealTimePRO
  • VisSim/Viewer
  • VisSim/PowerPack

Huolto & Tuki

Patches & Downloads
Search the Knowledge Base
Technical support request
I/O Boards Supported by
VisSim/Real-TimePRO


VisSim Application Centre Download VisSim 7 Trial
Download VisSim Trial
VisSim Application Centre Home > Chemical Engineering > Mass Transfer Process Examples
 Ammonia Recovery from an Ammonia-Air Gas Mixture in an Absorption Column  File Size 3.83K | Date Added August, 21, 2000


You can you use and modify any of these worksheets with the Vissim 7 trial

Steady state absorption column where ammonia is recovered from an ammonia-air gas mixture by absorption into water using a counter-current-packed column.

Ammonia is recovered from an air-ammonia gas mixture by absorption into water, using a countercurrent packed column. The absorption of ammonia in water is accompanied by the evolution of heat which causes a rise in the liquid water temperature and hence a change in the equilibrium relationship. The problem and data values are taken from Backhurst and Harker (1990).

Assumptions
  • This is a steady state design.
  • It is assumed that there are no heat losses from the column and that there is zero heat exchange between the gas and liquid phases. Consequently the gas phase temperature will remain constant throughout the column.



  • Ostovalmis

    VisSim Professional
    Add to shopping basket
    € 3.420,00
    Upgrade to VisSim Professional 7 from version 6
    Add to shopping basket
    € 1.370,00
    Upgrade to VisSim Professional 7 from v5 or prior
    Add to shopping basket
    € 1.710,00

    Featured Downloads

    VisSim Add-On Collection
    VisSim Application Packs
    Interactive Compensator Design using VisSim
    VisSim Embedded Controls Developer Webinar.

    Product Reviews

    "Due to its power, flexibility, ease-of-use, and low cost, VisSim has been Carrier's choice for system modeling, simulation, data acquisition, and rapid prototyping for over eight years."
    Mr. Richard Kolk - Manager Simulation & Control Technology

    "For my current project, VisSim has allowed me to collapse my firmware development time from months down to about a week. It is almost impossible to overstate the importance of VisSim to my development time-table." -Greg Gottschalk
    Electrical Engineer
    adept

    Top of the Page

    Our Privacy and Terms and Conditions Statement
    All Trademarks Recognised. Copyright © 2008, Adept Scientific.
    Site designed and maintained by Adeptise

    Adept Scientific | Mannerheimintie 12 B, 5th floor | FIN-00100 Helsinki | Finland | Tel: 0 800 77 32 50