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Design and Fabrication of Integration of Organic-inorganic Waste Pyrolysis Equipment by R Sigalingging; E Susanto; S Panggabean; K I J Munte is a Agricultural and Biological Sciences article available to read on EtoBox.

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Rice husk is the major by-product of the rice-milling industries and is abundantly available in Indonesia. The study focused on the design and fabrication of integration of organic and inorganic waste pyrolysis equipment as an effort in finding the utilization of heat waste of rice husk burning to convert plastic to be oil fuel. It is an alternative solution to increase energy efficiency and convert waste plastics into a resource. The reactor was used to process 3,000 g plastics and around 11,000 g rice husks per batch. The result showed that temperature around 83-705 o C at rice husk reactor and 151-201 o C at waste plastics reactor continuous process. The pyrolysis process of 3,000 g plastics (gunny bags) was completed in 360 minutes to produce 54.33 g of fuel. This fact shows that the pyrolysis process of plastics can produce fuel at 151 o C in the reactor. Test result showed that the equipment was functional with the equipment's effective capacity of oil production (ml hour -1 ) of 49.93; oil conversion efficiencies were 1.81 % (plastic) and 1.87 % (rice husk); waste reduction efficiencies were 27.78 % (plastic) and 76.91 % (rice husk), while oil recovery was 22.43 ml oil kg -1

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Author

R Sigalingging; E Susanto; S Panggabean; K I J Munte

Publisher

IOP Publishing (ISSN 1755-1307)

Published

2019

Language

EN

Field

Agricultural and Biological Sciences (Physical Sciences)