五种混合塑料废弃物热解塑料油蒸馏研究

Janter Simanjuntak, B. Tambunan, J. Sihombing, Mohd Zamri Zainon, Nurin Wahidin Bint Mohd Zulkifli, Riduwan Riduwan
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引用次数: 0

摘要

这项研究旨在从塑料热解油(PPO)中获得一种替代燃料,其特性与汽油和柴油类似。所采用的工艺是蒸馏,即在一定温度下加热 PPO,使轻重分子蒸发,变成蒸馏塑料油(DPO)。温度对 DPO 质量的影响是根据所得 DPO 的颜色来观察的。本研究考察的温度范围为 120 至 350 °C。在 120 ℃ 左右的温度下产生的 DPO 更清洁,表明碳氢化合物分子较轻,类似于汽油;而当温度升高到 350 ℃ 时,产生的 DPO 颜色稍深,表明碳氢化合物分子较重,类似于柴油。这项研究表明,蒸馏法可以生产出不同等级的替代燃料,具体取决于所使用的操作温度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pyrolytic Plastic Oil Distillation Study of Five Mixed Plastic Waste Pyrolysis
This study aims to obtain an alternative fuel from plastic pyrolytic oil (PPO) that has similar properties to gasoline and diesel fuel. The process carried out is distillation, which is heating the PPO at a certain temperature so that light and heavy molecules will evaporate and turn into distillate plastic oil (DPO). The effect of temperature on the quality of the DPO was observed based on the color of the obtained DPO. Temperatures ranging from 120 to 350 °C were examined in this study. The cleaner DPO was produced at a temperature of about 120 °C, which indicated a light molecule of hydrocarbon similar to gasoline, while a little dark color was produced when the temperature was increased to 350 °C, which indicated heavy molecules of hydrocarbon similar to diesel. This research shows that distillation can produce alternative fuels with different grades depending on the applied operating temperature.
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