2021
DOI: 10.17977/um016v5i22021p089
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Effect of Variations in Pyrolysis Reactor With Glass Wool Equipped and Without Glass Wool on the Weight of the Oil Produced

Abstract: Currently, plastic waste is a very serious threat because plastic waste pollution can harm all living things around and also harm the environment. The increasing volume of plastic waste is due to the lack of processing technology, so that the volume of plastic waste is increasing day by day. Plastic is a material that is difficult to decompose because it is non-biodegradable. One application of plastic waste processing technology offered in this study is to use the pyrolysis principle. Pyrolysis is a method of… Show more

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“…This study concentrated on the physical activation approach using glass wool as a material that can isolate heat and reduce oxygen during the activation process. Furthermore, adding glass wool to coat the reactor can cause the heat generated to be concentrated in the reactor core, making the pyrolysis process more efficient (Santhiarsa, 2021). Our previous experiment used the glass wool pyrolysis method for coconut shell waste samples, effectively conducted at 750°C to produce activated carbon with large surface functional groups.…”
Section: Adsorbent Characteristicsmentioning
confidence: 99%
“…This study concentrated on the physical activation approach using glass wool as a material that can isolate heat and reduce oxygen during the activation process. Furthermore, adding glass wool to coat the reactor can cause the heat generated to be concentrated in the reactor core, making the pyrolysis process more efficient (Santhiarsa, 2021). Our previous experiment used the glass wool pyrolysis method for coconut shell waste samples, effectively conducted at 750°C to produce activated carbon with large surface functional groups.…”
Section: Adsorbent Characteristicsmentioning
confidence: 99%