Experimental quantification of interparticle forces in gas-solid fluidized beds operating at temperatures from ambient to 1500° C
The successful design and operation of high-temperature gas-solid fluidized bed reactors
require a deep understanding of interparticle forces (IPFs). However, experimentally …
require a deep understanding of interparticle forces (IPFs). However, experimentally …
The transition to turbulent fluidization in a gas-solid fluidized bed operating from ambient temperature to 1600° C
Turbulent fluidized bed proves effective in industrial processes due to superior heat and
mass transfer and chemical reaction performance. However, understanding the transition to …
mass transfer and chemical reaction performance. However, understanding the transition to …
Effects of temperature on Gas-Solid bubbling fluidization with Geldart a particles characterized by electrical capacitance tomography and pressure drop …
Y Liu, K Huang, P Xiang, Z Zhao, Y Liu, M Wang… - Chemical Engineering …, 2024 - Elsevier
The fluidization with Geldart A particles could be usually operated at high temperature which
can significantly influence the fluidization behaviors. This paper describes the impact of …
can significantly influence the fluidization behaviors. This paper describes the impact of …
Insights into gas-solid flow structures in fluidized beds up to 1600° C via analysis of gas residence time distributions
This study investigates gas residence time distributions (RTDs) in a fluidized bed of Al₂O₃
particles at temperatures ranging from ambient to 1600° C, focusing on the impact of …
particles at temperatures ranging from ambient to 1600° C, focusing on the impact of …