Plant and System Operators, Authorities and Insurance Companies, along with anyone who deals with the transport of liquids in pipelines can benefit from the use of Kleopatra. This simulation tool offers a unique look into all hydraulic systems where pressure losses, flow rates, pressure shocks or other aspects can be analyzed with ease. Kleopatra offers state of the art dynamic simulation and instant real life analysis of your system to include: evaluating defects, optimizing your system, warning you about dangerous operating conditions, and lifetime-expectations etc.

Kleopatra is a scientifically proven yet straight forward and easy-to-use dynamic simulation tool, which enables the simulation of systems without significant training or extensive knowledge of hydraulics.

The inputs take place utilizing a graphical screen running under Windows NT™. The user models the system by sketching the flow diagram of his system. The system components are then parameterized by dialogue boxes or by means of drag & drop techniques and simulation starts instantly after the system is modeled. The program itself is designed as an "unlimited" simulation tool, i.e. the user is able to modify online (during calculation) all parameters, operational conditions, even the system configuration - Kleopatra immediately recognizes the new situation and shows "live" the impacts on the values of interest. With the Kleopatra software, hydraulic systems can be evaluated and optimized for operational efficiency prior to installation. Defects or deficiencies can be detected easily during design, thus avoiding significant construction retrofit costs.

Kleopatra features:

  • System configurations with regard to logistical and process control requirements
  • Comparisons of alternative concepts
  • Optimization of automation and operation concepts
  • System dimensioning
  • Design process optimization and documentation
  • Pressure-Shock calculations
  • Lifetime-Expectations
  • Investment and operational cost reduction

Kleopatra enables direct control during calculation. The user is always able to modify all settings during calculation. The system is shown as a real system equipped with all desired measurement devices. The user receives instantly a complete overlook of the system conditions. The valuable data obtained through Kleopatra's evaluation of different operational conditions is most helpful for project engineering, automation and troubleshooting.

Some of Kleopatra's references:

  • Flughafen Frankfurt/Main AG (FAG)
  • New Athens International Airport
  • FMG Munich Airport
  • Zurich Airport
  • Pease Air National Guard
  • Deutsche Shell AG
  • EBV Erdölbevorratungsverband
  • Deutsche BP AG
  • Mobil Oil
  • Symex
  • Mannesmann Anlagenbau
  • Hüls Infracor AG
  • Elin Energieanwendung
  • Lurgi