摘要：Waste of plastics has become a major issue to environment lately. Since it invented in 1907 plastic has become most used component on our daily lives. Plastic has many adavantages compared to other materials. In general plastic has a low density, light, varying strength and low manufacturing cost. However, plastic cannot degraded naturally and when not used anymore it will pollute the enviroment. One of method to degrade plastic is pyrolysis. In this method plastic will degrade to hydrocarbon which can used as liquid fuel. Pyrolysis of plastic occurs at high temperature of about 400 o C under free oxygen environment and produces small moleculer weight molecules. This research was conducted to determine the composition products of pyrolysis selective plastic at 450 o C in previous research. The method which used to separate products of pyrolysis is distillation with temperature between 50 o C to 240 o C to obtain liquid fuel as products of pyrolysis plastic. The results of this research were the distillate at 170 o C, 190 o C, 200 o C, 210 o C, 220 o C and 240 o C with volume 2 mL, 4,7 mL, 2,3 mL, 2,5 mL, 5,0 mL and 4,9 mL. And the most products component of pyrolysis plastic in previous research was obtain at 190 o C, 220 o C and 240 o C. Keywords: Pyrolysis, Plastic, Fuel
其他摘要：Waste of plastics has become a major issue to environment lately. Since it invented in 1907 plastic has become most used component on our daily lives. Plastic has many adavantages compared to other materials. In general plastic has a low density, light, varying strength and low manufacturing cost. However, plastic cannot degraded naturally and when not used anymore it will pollute the enviroment. One of method to degrade plastic is pyrolysis. In this method plastic will degrade to hydrocarbon which can used as liquid fuel. Pyrolysis of plastic occurs at high temperature of about 400 o C under free oxygen environment and produces small moleculer weight molecules. This research was conducted to determine the composition products of pyrolysis selective plastic at 450 o C in previous research. The method which used to separate products of pyrolysis is distillation with temperature between 50 o C to 240 o C to obtain liquid fuel as products of pyrolysis plastic. The results of this research were the distillate at 170 o C, 190 o C, 200 o C, 210 o C, 220 o C and 240 o C with volume 2 mL, 4,7 mL, 2,3 mL, 2,5 mL, 5,0 mL and 4,9 mL. And the most products component of pyrolysis plastic in previous research was obtain at 190 o C, 220 o C and 240 o C. Keywords: Pyrolysis, Plastic, Fuel
