Electrostatic charges in gas-solid fluidized beds such as polyethylene production reactors cause reactor wall fouling. An experimental technique to examine this phenomenon, described previously (1-5), was extended to a pilot-scale system designed for higher pressures (25 atm) and temperatures (100 °C) that approach industrial conditions. This work presents the experimental setup and preliminary results
Particle build-up on gas-solid fluidization column wall due to electrostatic charging causes signifi...
Gas-solid fluidized beds are widely used in industrial processes for energy such as chemical looping...
The electrostatic fluidized bed deposition of a single-layer PPA 571 coating onto low carbon steel r...
Due to the nature of gas-solid fluidized beds, providing continuous contacts between fluidizing part...
Electrostatic charge generation is unavoidable in gas-solid fluidized beds due to the repeated parti...
In gas-solid fluidized bed reactors, such as those employed for polyethylene production, the generat...
Electrostatic charge generation in gas-solid fluidized beds is a significant industrial problem. Ass...
Gas-solid fluidized beds have been developed for a large variety of industrial applications, which i...
This work focused on determining the effect of the fluidization time on particle charging. Charge eq...
The influences of operating pressure, temperature and gas velocity on electrostatics in a fluidized ...
A novel on-line measurement technique was developed in this work based on the Faraday cup method by ...
The effects of superfical gas velocity, pressure, and temperature on entrainment and electrostatic c...
Liquid-solid fluidization studies at room temperature were initiated to evaluate the severity of flo...
Electrostatic charges in fluidized beds, generated through various mechanisms such as triboelectrif...
The generation of electrical charges, reported in gas-solid fluidized beds for over sixty years, can...
Particle build-up on gas-solid fluidization column wall due to electrostatic charging causes signifi...
Gas-solid fluidized beds are widely used in industrial processes for energy such as chemical looping...
The electrostatic fluidized bed deposition of a single-layer PPA 571 coating onto low carbon steel r...
Due to the nature of gas-solid fluidized beds, providing continuous contacts between fluidizing part...
Electrostatic charge generation is unavoidable in gas-solid fluidized beds due to the repeated parti...
In gas-solid fluidized bed reactors, such as those employed for polyethylene production, the generat...
Electrostatic charge generation in gas-solid fluidized beds is a significant industrial problem. Ass...
Gas-solid fluidized beds have been developed for a large variety of industrial applications, which i...
This work focused on determining the effect of the fluidization time on particle charging. Charge eq...
The influences of operating pressure, temperature and gas velocity on electrostatics in a fluidized ...
A novel on-line measurement technique was developed in this work based on the Faraday cup method by ...
The effects of superfical gas velocity, pressure, and temperature on entrainment and electrostatic c...
Liquid-solid fluidization studies at room temperature were initiated to evaluate the severity of flo...
Electrostatic charges in fluidized beds, generated through various mechanisms such as triboelectrif...
The generation of electrical charges, reported in gas-solid fluidized beds for over sixty years, can...
Particle build-up on gas-solid fluidization column wall due to electrostatic charging causes signifi...
Gas-solid fluidized beds are widely used in industrial processes for energy such as chemical looping...
The electrostatic fluidized bed deposition of a single-layer PPA 571 coating onto low carbon steel r...