(173v) Catalytic Pyrolysis of Face Masks to Liquid Fuels | AIChE

(173v) Catalytic Pyrolysis of Face Masks to Liquid Fuels

Authors 

Shin, Z. - Presenter, California State Polytechnic University
Dudley, E., California State Polytechnic University
Boroumand, A. H., California State Polytechnic University
Rubio, A., California State Polytechnic University
Louie, S., California State Polytechnic University
Cuadros-Arias, P., California State Polytechnic University
Dermovsesian, J., California State Polytechnic University
Li, M., California State Polytechnic University, Pomona
Throughout the COVID-19 pandemic, 15 trillion face masks were used and discarded as plastic waste. To mitigate mask pollution, a catalytic pyrolysis method was employed to decompose face masks into hydrocarbons in the range of gasoline and diesel. A semi-batch reactor was designed and built to crack the face masks at various temperatures with and without the presence of the zeolite catalyst, yielding a crude oil product after condensation. The compositions of the products were then analyzed using two-dimensional gas chromatography. The results displayed a higher n-paraffin count for uncatalyzed products as compared to a higher iso-paraffins count in catalyzed product.

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