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Advanced Combustion Modelling

Ammegen uses Computational Fluid Dynamics (CFD) modelling to simulate base condition furnace combustion, as well as to optimise our technology applications to ensure they fit with our clients’ plant and business drivers.

Ammegen’s research-led CFD modelling technologies can perform the vast range of calculations required to simulate the interaction of all key variables associated with combustion in utility and industrial boilers.

Each furnace, modelled by our CFD experts, is configured for its own unique fuel composition, airflow characteristics and existing equipment. The models are used to tailor our technologies to work optimally with our clients’ specific systems and project objectives.

Our expertise is research-led and we have modelled over 90 models on a wide variety of boiler configurations and fuel types including:

combustion model image

Fuel types:

  • Variety of coals
  • Biomass
  • Biomass co-fired with coal
  • Waste products
  • Oil
  • Natural gas
  • Waste and landfill gases

Boiler systems:

  • Circulating fluidised bed (CFB)
  • Tangential-fired
  • Wall-fired
  • Waste products
  • Cyclone
  • Stoker/grate-fired



Ammegen Solution for Enhancing Combustion Performance in the Power Generating Industry.


Combustion modelling

Ammegen uses Computational Fluid Dynamics (CFD) modelling.

Combustion modelling

CFD & DEM Modelling

CFD modelling is a flow simulation technique for two- and multi-phase flows.

CFD & DEM Modelling

PF Measurement and Control

Our Systems Division products and services offer an array of PF technologies.

PF Measurement and Control

Accreditations & Associates

iea clean coal centre
rail forum midlands
rail alliance