Flownex International is a global software company providing engineers with system thermo-fluid simulation software.

Flownex Simulation Environment enables engineers to predict, design and optimise for; flow rates, pressures, temperatures, and heat transfer rates in fluid systems. Such systems include anything from ventilation systems, water and gas distribution systems up to boiler designs and complete power generation cycles. 

The ability to simulate systems with any combination of liquid, gas, two phase, slurry and mixture flows in both steady state and dynamic cases makes Flownex the most powerful simulation tool of its kind.

• Seamlessly design and validate new concepts while ensuring the highest quality and standards are met.
• Efficiently test and evaluate planned upgrades by effortlessly running multiple scenarios to ensure every possible angle is investigated.
• Quickly determine the root cause of system inefficiencies and unexpected response.
• Accurately predict system response to operational procedures, control scenarios and accident scenarios by running transientsimulations.
• Confidently make calculated decisions during operation.
• Skilfully evaluate, optimize and make informed decisions on existing systems.

• Fundamentally understand your plant/system and what makes the biggest difference in performance.
• Leads to optimum performance and a cost effective plant/system design.
• Shorten the time it takes to design and build plants.
• Investigate and develop optimal plant operation and maintenance strategies.
• Facilitate Knowledge transfer between different collaborating groups both internal and external.
• Make the right decisions quickly with a very high level of confidence.

• Superior modelling capabilities.
• Simple user friendly, yet easily expandable modelling environment.
• Several powerful design, analysis and optimization techniques.
• Allows fundamental understanding of complete Plant/System behaviour with dynamic simulation capabilities.

• Simultaneous integrated simulation of :
  • Incompressible fluid networks
  • Compressible fluid networks
  • Two phase fluid networks
  • Incondensable fluid networks
  • Gas Mixtures
  • Heat transfer
  • Mechanical systems
  • Control systems
  • Electrical systems
  • User defined or external components and software from other vendors, links to existing proprietary codes and legacy software.
• Open architecture facilitates integration of legacy & proprietary codes.
• Full steady state and transient capability.
• Simple and small to large and complex networks can be simulated.
• Extremely fast  - usually several magnitudes faster than real time.