Preliminary investigation on the production of alternative fuel using shampoo sachets and polystyrene blend via catalytic pyrolysis

Joseph D. Retumban, Johannes C. Chiong, Ria Liza C. Canlas, Cristina M. Caranto, Matt Jesuel E. Valderama, Rodgie Paul D. Dela Peña, Elvhin R. Galve, Reeve Cornelius C. Cinco, Leonard C. Ursua
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Abstract

With the growing interest in alternative energy sources coupled with the need to reduce plastic wastes, the study on the catalytic pyrolysis of shampoo sachet (SS) and polystyrene (PS) blend to produce oil is very timely. Parametric studies were done to know the effect of different experimental conditions such as the feedstock ratio, catalyst dosage and temperature. It was found out that the highest oil yield was achieved under a 2:3:1 SS:PS:Bentonite ratio and a temperature setting of 330-378°C. Moreover, an increase in the amount of PS in the feedstock resulted in an increase oil yield percentage. Also, bentonite was observed to be a good catalyst in the pyrolysis process. However, the need for further studies is recommended to obtain the optimal conditions for producing the highest amount of oil.
用香波包和聚苯乙烯共混物催化热解生产替代燃料的初步研究
随着人们对替代能源的兴趣日益浓厚,以及减少塑料垃圾的需要,研究洗发水小袋(SS)和聚苯乙烯(PS)共混物的催化热解制油是非常及时的。通过参数化研究了解了不同的实验条件如进料比、催化剂用量和温度对反应的影响。结果表明,在SS:PS:膨润土比为2:3:1、温度设定为330 ~ 378℃时,油收率最高。此外,原料中PS用量的增加导致出油率的增加。此外,膨润土在热解过程中也是一种很好的催化剂。然而,建议需要进一步研究,以获得生产最高油量的最佳条件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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