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The study focuses on the fluidisation of an iron-based material for chemical looping combustion. The Fe/Fe x O y  system can act as an oxygen carrier. This material can be used to transfer the oxygen in the chemical looping combustion ensuring easy CO 2  sequestration during the process of burning the fuels. This kind of process would be possible only by introducing the oxygen carrier into a fluidised state. The purpose of the presented work is to determine the size of grains of an iron-based material and the minimum fluidisation velocity of the gas which can ensure a proper fluidisation of the material.

Fluidisation of iron-based oxygen carrier for chemical looping combustion