High-efficiency simulation analysis of Barracuda-based gasifiers

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Do anyone have any thoughts on the efficient simulation analysis of Barracuda-based gasifiers? China’s energy distribution, characterized by an abundance of coal but a shortage of oil and gas, has made it difficult to change the structure that has long relied on coal utilization. To alleviate the increasing environmental pressures and save energy, it is necessary to reduce pollution as much as possible while improving the efficiency of coal utilization. Coal gasification is a practical and effective method for converting coal into clean fuel. However, how to improve the gasification efficiency and reduce operating costs has always been a constraint on the further development of gasifiers. Therefore, there is an urgent need to conduct in-depth research on the gasification mechanism and the operating characteristics of gasifiers. The gasification furnace is a typical multiphase complex system, in which flow, heat transfer, mass transfer, and reactions are closely coupled. It is difficult to conduct experiments to thoroughly study the flow field and mixing characteristics within the furnace, as well as the gasification process of coal particles and the underlying mechanisms. Numerical simulation, on the other hand, not only allows research to be extended to areas that are difficult to study experimentally, but it also helps reduce research costs and shorten the research timeline. Developed using CPFD (Computational Particle Fluid Dynamics) technology, Barracuda is a commercial software package designed for simulating industrial-level fluidization and chemical reactions. It holds a leading position in solutions for simulating industrial gasifiers, thanks to its fast simulation modeling methods, efficient and stable multiphase flow coupling solvers, user-friendly chemical reaction modeling tools, and high-quality particle simulation capabilities.