Comprehensive Analysis of Hydrodynamic Parameters for Fluidized Bed Gasifier to Enrich Renewable Hydrogen: A Review

The current global demand for renewable hydrogen is increasing due to the pressing need to address climate change and transition to sustainable energy sources. In this context, fluidized bed gasification is becoming more important as a versatile technology that shows promise for hydrogen production. Its high efficiency in converting solid fuels into syngas, a precursor to hydrogen, makes it a crucial player in the search for renewable energy solutions. This review aims to explain the crucial role of hydrodynamic parameters in optimizing fluidized bed gasification for enhanced hydrogen production. The objective is to thoroughly examine and synthesize existing research on hydrodynamic parameters in fluidized bed gasification, with a focus on their significant impact on renewable hydrogen production. By carefully analyzing the complex interactions of these variables, we aim to provide valuable insights that can guide the optimization of fluidized bed gasifiers toward increased hydrogen yields and improved quality.

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