![]() Results compare favourably with actual ejector installations, see graph to the left. The model has been tested extensively and is easy to use. The ratio of entrained gas flow rate to motive gas flow rate (entrainment mass ratio) Motive gas flow rate, pressure, temperature and properties (molecular weight, Cp/Cv)Įntrained gas properties (molecular weight, Cp/Cv), pressure and temperature Thermodynamic models, Continuity equationsĮfficiencies of each step within the ejector based on correlations ![]() T he ejector computer model includes the following: "I was able to prepare a very successful solution!ĮZEJECTOR is a computer model for gas ejector and steam ejector design that has been developed based on a unique approach using fundamental principles. "According to program steam flow and sizing seems perfect!" ![]() "Your software is very well designed and easy to use with plenty of great info." By automatically being positioned on the ejector plate, the designer just has to concentrate on the placement of the ejectors in the product design. "Before including a compressor or pump in your process design, would you fill in your request, send it to a supplier and then cool you heels waiting for a reply? So don't do this for an ejector."Īvoid the time lost, develop your own solution The Ejector Designer includes a large library of standard ejector pins, sleeves and blades. ![]()
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