HeaterSim

Fired Heater Simulation & Modelling

Adding new Process Stream Data

Software guidance and support

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Please see the step-by-step guidance notes below. If you still have further questions about this area of using the software, please feel free to contact us


Fired Heater Simulation Software - Radiant tube options - Emissivity, Conductivity, Roughness and Bend K Loss Factors
Fired Heater Simulation Software - Radiant tube options - Emissivity, Conductivity, Roughness and Bend K Loss Factors
Fired Heater Simulation Software - Radiant tube options - Emissivity, Conductivity, Roughness and Bend K Loss Factors

Using a Physical Property Grid will always produce more accurate simulation results. We recommend using the Physical Property grid wherever possible 

(The TBP Curve method should be used for preliminary modelling purposes).

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We hope that this has been useful for you. If you have more questions, you're welcome to contact us


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