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IJSTR >> Volume 4 - Issue 8, August 2015 Edition

International Journal of Scientific & Technology Research  
International Journal of Scientific & Technology Research

Website: http://www.ijstr.org

ISSN 2277-8616

A Comparative study Of Catalityc Activity Of Heterogeneous Base Of Banana Stem Ash And Fly Ash On Production Of Biodiesel Byultrasonic

[Full Text]



Marlinda, Ramli, Muh. Irwan



Keywords: Biodiesel, Banana stem ash, catalyst, coal, fly ash, heterogeneous, transesterification, ultrasonic.



Abstract: The use of heterogeneous catalysts in the production of biodiesel provides many advantages due to heterogeneous catalysts can be easily separated from the product so that it can be reused. This research using heterogeneous catalysts derived from natural materials, namely banana stem ash and coal fly ash containing alkali and alkaline earth elements. The preparation of catalyst from banana stem ash and coal fly ash used activator KOH 1.9 N and impregnation with KNO3 15 % and then heated to a temperature of 550 0C for 3 hours. Results of preparation, banana stem ash contains potassium of 36.52 % and surface area of 41.901 m2/g. This work presents the effect of ultrasonic assisted of waste cooking oil with methanol as solvent using banana stem ash and coal fly ash as catalyst. The diameter of catalyst particles of banana stem ash and coal fly ash varied at 50, 100, 150, 200 and 250 mesh. The transesterification reaction was performed in the presence of ultrasonic operating frequency constant at 40 kHz, methanol molar ratio to oil of 9 : 1 and reaction time of 30 minutes. The methyl ester (biodiesel) content of product was 93.26 % of banana stems ash and 57 % of coal fly ash respectively. The physical property was compared with the National Indonesia Standard (SNI) 2006 with a density, viscosity, cloud point, flash point and cetane number.



[1] Anshary IM, OktaviaDamayant., Rosyadi A. Biodiesel from Palm Cooking Oil with Double Conection Catalysts and Fixed Bed Reactor, POMITS Engineering Journal, Vol 1, 1-4, 2012.

[2] Atkins P.W. Chemical Phisic. University Lecturer and Fellow Of Lincoln College, Oxford. Jakarta.1990.

[3] Ediati., R., D. Prasetyoko and Samik., Effect of Catalyst Surface Basicity and Activity Against Bases Heterogeneous Catalysts for Biodiesel Production. 1- 6, 2012.

[4] Eka, G.P., Shukri and Zulhajri. Synthesis and Characterization of Catalyst Cobalt And Copper Immobilization And Testing At mesoporous silica catalyst activity In Palm Oil Transesterification Reaction. 23-27, 2012.

[5] Marlinda, Ramli, Muh, Halim. 2013 Effect of Activators Against Performance Heterogeneous Catalysts Bases TKKS On Making Biodiesel Assisted By Ultrasonic. The IRWNS Proceeding, 250 - 254, 2013.

[6] Mohapatra D, Misha S and Sutar N., Banana Productions and its utilization by an overview. Journal of Scientific And Industrial Research, vol 69, 323-329. 2010.

[7] Ridlo, R., Optimization of Biodiesel Production Process from Palm Oil and Jatropha with Potassium Oxide Using Heterogeneous Catalysts.

[8] ISO., Indonesian National Standard Biodiesel. Jakarta: The National Standardization Agency.

[9] Siska, EK, Pujirahayu, A, and Widodo, H., Modification of waste fly ash as adsorbent CongoRed Textile Dyes Environmentally Friendly Industrial Pollution in Efforts to Overcome In Surakarta batik., 2010.

[10] Soerawidjaja, TH, Scientific Foundations and Technicality of Biodiesel Technology. National Conference Energy Alternative. 2010.

[11] Widayat and Agam, DKW. 2013 Biodiesel Production Process Technology. EF Digimedia Press. Semarang.