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Predicting conversion rates of solid fuels in entrained flow gasifiers, operating at increased temperatures and pressures, and better understanding the underlying reaction kinetics are of major interest for all industrial gasification applications. Numerical simulations in combination with experiments in lab- and pilot-scale entrained flow reactors help to understand the occuring reaction processes...
Numerical simulations can help to improve the design of entrained flow gasifiers. The presented 3D-CFD model, developed using the software ANSYS Fluent 15.0, is validated against experimental data obtained from a pilot-scale pressurized entrained flow reactor. The comparison of the model with experiments shows a good correlation for the investigated Rhenish lignite. It is established that the modeling...
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