Design of an activated carbon equipped-cyclone separator and its performance on particulate matter removal

Abstract

This study focuses on the design, fabrication, and operation of an integrated air pollution control (APC) device composed of a cyclone equipped with an activated carbon for effective reduction of particulate matter (PM) emissions. The effect of incorporating activated carbon into the cyclone is mainly evaluated in terms of the pressure drop during operation and the corresponding PM removal efficiency. Results showed that the fabricated APC device is capable of reducing the PM content from emissions while maintaining a low to moderate operating pressure drop. In addition, the PM reduction is statistically significant at 0.25 significance level with the co-benefit of reducing the pressure drop four times of the original value.

Graphical Abstract

Keywords:

• Activated carbon
• cyclone separator
• particulate matter
• pressure drop

Acknowledgment

The authors would like to thank Carlos G. Carrera, Herbert M. Dela Cruz, Jamaica Myla C. Ferrer, Jon Rondall U. Lucas, Carlo Jon V. Romero, Joerell B. Rosete, Rencel Fil O. Torres, and Derwin A. Vicente for their valuable assistance during the execution of the study.