Karakteristik Biobriket Dari Limbah Serbuk Gergaji Kayu Sengon Menggunakan Perekat Limbah Kulit Nangka Dengan Metode Cetak Panas
Total View This Week0
Total View This Week0
Institusion
Politeknik Negeri Jember
Author
Putra, Anggit Ramadhani
Subject
435 - Teknik Industri
Datestamp
2020-11-18 06:36:25
Abstract :
Sengon sawdust is a raw material in the wood processing industry whose processing waste has not been handled optimally, usually just thrown away or burned to remove waste. Sengon sawdust waste has the potential to be used as a biobriquette with the addition of adhesive. The manufacture of Sengon powder bioarang is carried out by the roasting method. The adhesive used is jackfruit skin. The jackfruit skin in a blender uses a 1: 3 ratio of ingredients and water. The purpose of this study is to determine the characteristics of the best briquettes and to compare those produced in sengon sawdust briquettes and the suitability of jackfruit skin as an adhesive for briquettes. The method used in the manufacture of this biobriquette is the heat printing method of 120 oC and pressing of 70% using a screw-type press. The test results show that the more water content, the smaller the calorific value produced. The best briquette composition was at SN1, namely 20% adhesive content with a moisture content of 4.904%, ash content of 1.229%, density 0.658 (g / cm3), calorific value of 5383.68 (cal / g). Keywords: Briquettes, Sengon Wood Powder, Jackfruit Skin, Hot Mold..
Sengon sawdust is a raw material in the wood processing industry whose processing waste has not been handled optimally, usually just thrown away or burned to remove waste. Sengon sawdust waste has the potential to be used as a biobriquette with the addition of adhesive. The manufacture of Sengon powder bioarang is carried out by the roasting method. The adhesive used is jackfruit skin. The jackfruit skin in a blender uses a 1: 3 ratio of ingredients and water. The purpose of this study is to determine the characteristics of the best briquettes and to compare those produced in sengon sawdust briquettes and the suitability of jackfruit skin as an adhesive for briquettes. The method used in the manufacture of this biobriquette is the heat printing method of 120 oC and pressing of 70% using a screw-type press. The test results show that the more water content, the smaller the calorific value produced. The best briquette composition was at SN1, namely 20% adhesive content with a moisture content of 4.904%, ash content of 1.229%, density 0.658 (g / cm3), calorific value of 5383.68 (cal / g). Keywords: Briquettes, Sengon Wood Powder, Jackfruit Skin, Hot Mold..
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
