On impacts of solid properties and operating conditions on the performance of gas-solid fluidization systems

The characteristics of gas-solids two-phase flow and fluidization in terms of the flow structures and the apparent behavior of particles and fluid-particle interactions are closely linked to physical properties of the particles, operating conditions and bed configurations. To assist the development of useful strategies for the design of fluidized-bed reactors, this paper discusses both positive and negative impacts of particle sizes, bubbles, clusters, and column walls on the fluidized-bed reactor performance.

The characteristics of gas–solids two-phase flow and the apparent behavior of particles and fluid–particle interactions are closely linked to physical properties of the particles, operating conditions and bed configurations. This paper discusses both positive and negative impacts of particle sizes, bubbles, clusters, and column walls on physical and chemical aspects of the fluidized bed reactor performances.Figure optionsDownload as PowerPoint slide