SIMBA

 Like

The SIMBA simulation system, with its latest version 6, allows the holistic consideration of sewer system, wastewater treatment plant, sludge treatment and rivers. All components necessary for a thorough analysis of the constituent subsystems, including their interactions, are...

GUI

License model

Country of Origin

  • DE flagGermany
  • European Union flagEU

Platforms

  • Windows
  No rating
0likes
0comments
0news articles

Features

Suggest and vote on features
No features, maybe you want to suggest one?

 Tags

SIMBA News & Activities

Highlights All activities

Recent activities

No activities found.

SIMBA information

  • Developed by

    DE flagifak system GmbH
  • Licensing

    Proprietary and Commercial product.
  • Alternatives

    5 alternatives listed
  • Supported Languages

    • English

Popular alternatives

View all

Our users have written 0 comments and reviews about SIMBA, and it has gotten 0 likes

SIMBA was added to AlternativeTo by goanpeca on Sep 5, 2011 and this page was last updated Dec 7, 2016.
No comments or reviews, maybe you want to be first?
Post comment/review

What is SIMBA?

The SIMBA simulation system, with its latest version 6, allows the holistic consideration of sewer system, wastewater treatment plant, sludge treatment and rivers. All components necessary for a thorough analysis of the constituent subsystems, including their interactions, are now available within the same simulator. SIMBA can be applied for a wide variety of tasks in engineering practice and in research and education:

  • Design of wastewater treatment plants (WWTPs), considering all process options including control
  • Optimisation of process design and operation of existing WWTPs
  • Analysis of process water management, sludge treatment, energy demand
  • Simulation of rainfall runoff, flow and quality processes in urban areas
  • Design of storage structures
  • Strategies for sewer system operation (real time control)
  • Scientific analysis of pollutant transport and biochemical transformation processes
  • Prediction of chemical and biological substances in rivers
  • Simulation of the interactions of runoff, wastewater treatment and river water quality for scenarios with and without control