Detroit Stoker Company has been built on a foundation of excellence in everything we do, from the products we manufacture to the services that we provide for our customers. One of the services that we offer in order to provide our clients with the best possible combustion equipment solutions is CFD analysis for stoker modeling.

As part of our engineering and design services, our engineering team creates computerized models through computational fluid dynamics of clients’ industrial furnaces. These models allow us to improve system performance, reduce emissions, and ensure the equipment we send fits perfectly into their existing systems.
Computational Fluid Dynamics or CFD Modeling is a computerized and advanced technique used to estimate flue gas properties within a unit and then model and simulate three-dimensional flow. At Detroit Stoker, we use CFD modeling to estimate flue gas properties within a unit and to assist in determining the design and operation of primary and secondary air systems. This technique helps our team characterize proper emission controls and performance improvements ahead of time, streamlining the manufacturing and installation processes. Once constructed, the stoker modeling can even be further modified to estimate the effects of changes in design and operating conditions.
In a standard project from Detroit Stoker Company, we first model the client’s unit without any design or operating changes.
Then, we create a model simulating the new overfire and secondary air injection added to the client’s unit.
Now, we can compare the changes between the baseline and the new model, including boiler dimensions, operations data and mass, energy input and output, and other key parameters.
Detroit Stoker Company has been in the combustion equipment industry since 1898, setting the standard for quality and performance all over the world. If you are in need of our services, please don’t hesitate to contact us for more information or to request a quote.
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