Akademi Kimia Industri Santo Paulus Semarang, Indonesia
BibTex Citation Data :
@article{METANA7203, author = {Sri Sutanti and Sari Purnavita and Herman Sriyana}, title = {PEMANFAATAN MINYAK BIJI RAMI (LINSEED OIL) DAN GLISEROL BY-PRODUCT BIODIESEL UNTUK PEMBUATAN VERNIS ALAMI}, journal = {METANA}, volume = {9}, number = {01}, year = {2014}, keywords = {}, abstract = { Abstract Varnish is coating material that is produced by using polymer. Actually natural varnish is produced by manufacturing natural polymer like gondorukem. The research is to study about optimizing of reactant composition as the ratio of OH/COOH and operation temperature in the process of making natural varnish from gondorukem, linseed oil and glycerol by-product biodiesel using the alcoholysis method. The reaction is done in the reactor using agitator. The reaction consists of two steps, 1). the forming of monoglyceride, 2). the forming of varnish. Both steps of reaction is done at the same temperature (200 o C, 220 o C, 240 o C and 260 o C). Reactant ratio is used as equivalent ratio OH/COOH: 1,1; 1,2; and 1,3. We analyze free glycerol concentration in the first step reaction and acid value in the second step reaction. The best result is obtained in ratio 1,2 and operation temperature 260 o C. Key word : natural varnish, alcoholysis, equivalent ratio OH/COOH, linseed oil, glycerol by-product biodiesel. }, issn = {2549-9130}, doi = {10.14710/metana.v9i01.7203}, url = {https://ejournal.undip.ac.id/index.php/metana/article/view/7203} }
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Abstract
Varnish is coating material that is produced by using polymer. Actually natural varnish is produced by manufacturing natural polymer like gondorukem. The research is to study about optimizing of reactant composition as the ratio of OH/COOH and operation temperature in the process of making natural varnish from gondorukem, linseed oil and glycerol by-product biodiesel using the alcoholysis method.
The reaction is done in the reactor using agitator. The reaction consists of two steps, 1). the forming of monoglyceride, 2). the forming of varnish. Both steps of reaction is done at the same temperature (200oC, 220oC, 240oC and 260oC). Reactant ratio is used as equivalent ratio OH/COOH: 1,1; 1,2; and 1,3. We analyze free glycerol concentration in the first step reaction and acid value in the second step reaction. The best result is obtained in ratio 1,2 and operation temperature 260oC.
Key word: natural varnish, alcoholysis, equivalent ratio OH/COOH, linseed oil, glycerol by-product biodiesel.
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