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Project case / Customer-independent

Particle-laden flue-gas distribution upstream of a split fan

A multiphase CFD scope addressed the split of gas and solids upstream of two fan inlets and the effect of targeted guide geometry on asymmetric loading.

Documented project scopeResult imagery is not public.

The engineering scope is documented. Customer and result geometry remain protected.

Process & plant engineering · CFD simulation · Multiphysics & optimizationNo released result image · confidential geometry protected
Industry
Process & plant engineering
Services
CFD simulation · Multiphysics & optimization
Evidence boundary
Project scope evidenced; final result not present in the archive

Engineering question

Uneven solids distribution could promote one-sided demand and wear, requiring gas and particle streams to be balanced together.

Model & approach

  • Define gas flow and representative particle motion across several operating states
  • Compare baseline and guide variants for branch split and potential impact regions

Boundary conditions

  • Particle-laden process-gas flow with two outlet branches
  • Project-specific particle, wall and operating assumptions

Results of the assessment

  • The archive evidences the technical scope, process boundary and intended variant logic.
  • Final distribution values, wear correlation and selected guide geometry were not documented.

Engineering consequence

The model was intended to reduce asymmetric gas and solids loading by design; implementation is not claimed publicly.

Context

The reviewed archive evidences the task and model scope but contains no final result report. No performance or implementation claim is therefore published.

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