HeaterSim

Fired Heater Simulation & Modelling

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Co-current design options

Learn how to prepare a model with co-current flow in Heater560. Co-current flow design options are useful in cases where you need to minimise potential flue gas condensation on the tubes.


Adding coil sections in Convection section

Learn how to prepare a model with convection sections with multiple coil sections and process streams, using Heater560 fired heater software.


Multiple Radiant tube sizes

Learn how to prepare a model with different size tubes in the radiant section using the Heater560 software package. This type of design is often used for Vacuum heaters where the velocity of the process fluid needs to be controlled.


WHRUs

Learn how to enter the 'WHRU / Convection Only' mode to prepare a WHRU model (Waste Heat Recovery Unit Modelling)

 

Radiant Tube Options - Roughness, Emissivity, Conductivity and Bend K Loss factors

See how these tube options can be adjusted and specified for radiant coil sections


Adding a new process fluid stream

See how to define new fluids by either 'Physical Property Grid' or 'TBP Curve' data


Accessing the DCS Site Operation Function

See how to access the DCS Site Operation mode and some of the main functions available


Adding new refractory material

How to add your own refractory material conductivity data


Paste Physical Property Data from Excel

How to paste phyisical property data directly from microsoft Excel into the Heater560 software 

program.

 

Physical Property Wizard

See how Heater560 will plot a full physical property grid for you instantly, from only your specified inlet and outlet conditions.

 

Different Radiant Tube Lengths

Specify different lengths for the different radiant coil sections.


Different Radiant Tube Lengths

Specify different lengths for the different radiant coil sections.