The Production of Synthetic Diesel from Biomass
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Abstract
This paper discusses the potential of biomass utilization available in Thailand and alternative methods of production of synthetic liquid transportation fuel from biomass. This is to replace the conventional biofuel produced by transesterification and fermentation processes which has some disadvantages. For example, they cannot be used directly in the automobiles without blending with conventional fossil fuels.
The integration of biomass gasification and the Fischer-Tropsch synthesis (BG-FT) and the catalytic depolymerization processes (CDP) will be considered as alternative ways to overcome the disadvantages of conventional bio-fuel. From the literature review and theoretical results of this work, CDP is the most suitable method to produce synthetic liquid transportation fuel from biomass because it can produce a higher amount of synthetic fuel than the BG-FT process. In addition, the cost of CDP is also less than the BG-FT process which consists of a two step conversion process: biomass gasification and FT-Synthesis.
Keywords: synthetic diesel, biomass gasification, Fischer-Tropsch synthesis, catalytic depolymerization process
Corresponding author: E-mail: [email protected]
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References
[2] Renewable Energy in Thailand – Ethanol and Biodiesel, The Department of Alternative Energy Development and Efficiency, Ministry of Energy, Biofuel Conference, Bangkok, 2004.
[3] Papong, S., Yuvaniyama, C., Lohsomboon, P. and Malakul, P. 2004 Overview of Biomass Utilization inThailand. ASEAN Biomass Meeting 2004. http://unit.aist.go.jp/Ica-center/ci/activity/project/biomass/report/041028_paper/thailand_paper.pdf
[4] Office of Agricultural Economics, Thailand, www.oae.go.th
[5] Biomass for Electricity Generation, Department of Alternative Energy Development and Efficiency, www.ptm.org.my/icra/ICRA%20papers/BIOMASS/PPPt/1
[6] Biomass Analysis, Energy for Environment, www.efe.or.th
[7] Parawood Information from King’s Mongkut Institute of Technology, http://202.44.14.234/biomass/summarize/year47/para_wood/para_wood_bio.html
[8] Thaiutsa, B., Puangchit, L. and Sonnthornhow, P. 2001 Supply of Eucalyptus Timber and Financial Analysis of Thailand’s Private Plantation in 1997 http://posaa.kapi.ku.ac.th/Document/PDF/FinalRep2001_V1/Full_1A-1-1(2).pdf
[9] Junginger, M., Faaij, A., van den Broek, A., Koopmans, A. and Hulscher, W. 2001 Fuel Supplied Strategies for Large-Scale Bio-Energy Projects in Developing Countries. Electricity Generation from Agricultural and Forest Residues in North Eastern Thailand, Biomass and Bioenerg, 21, 259-275.
[10] Specht, M., Zuberbühler, U. and Bandi, A. 2005 Why Bio-Fuels? – An Introduction into the Topic, RENEW - -1st European summer school on Renewable Motor Fuels.
[11] Tijmensen, M.J.A. 2000 The Production of Fischer-Tropsch Liquids and Power through Biomass Gasification, Netherlands.
[12] Vogel, A., Kaltscmitt, M., Bolhar-Nordenkampf, M. and Hofbauer, H. 2003 Vergasung zur Kraftstoffbereitstellung – Grundsätzliche konzeptionelle Überlegungen, Der Königsweg für eine effiziente Strom – und Kraftstoffbereitstellung, Leipzig.
[13] Willer, Th. 2005 Entwicklungstand und Perspektive der katalytischen Direktverflüssigung fester Bionasse.
[14] .Willner, T., Hjetting, S. and Meier, D. 2004 Einstufige katalytische Verflüssigung fester Biomassen – Charakterisierung der Poduktöle durch GC-MS-Untersuchungen
[15] Willner, I.T. 2005 Shredderleichtfraktion als Einsatzstoff in der Kraftstofferzeugung.
[16] Kaltschmitt, M. and Hartmann, H. 2001 Energie aus Biomasse – Grundlagen, Techniken und Verfahren, Springer Verlag, 428-451.
[17] Boerrigter, H., Calis, H.P., Slort, D.J., Bodenstaff, H., Kaandorp, A.J., den Uil, H. and Rabou, L.P.L.M. 2004 Gas Cleaning for Integrated Biomass Gasification (BG) and Fischer-Tropsch Systems, Experimental demonstration of two BG-FT systems (Proof-of-Principle).
[18] Henrich, E. and Dinjus, E. 2003 Das FZK – Konzept zur Kraftsoffherstellung aus Biomasse, Der Königsweg für eine effiziente Strom- und Kraftsoffbereitstellung, Leipzig.
[19] Rudloff, M. 2005 Generating Synthesis Gas from Biomass and Gas Cleaning – The Case of the CHOREN Carbo V Gasifier, 1st European Summer School on Renewable Motor Fuels, Germany.
[20] Schingnitz, M. and Volkmann, D. 2004 Erzeugung von Wasserstoff und Treibstoffen aus erneuerbaren Energierohstoffen, Erdöl Erdgas und Kohle 120. Jg., Heft 2.
[21] Produktinformation – Gestufte Reformierung Biogener Reststoffe – BTS. 2004 http://verwertung.dm12de/downloads/Produktinformation%20BTS%20Sept%202003.pdf
[22]Vodegel, S. and Schindler, M.C. Die Versuchanlage Art-Fuel.
[23] FT-synthesis at biomass CHP Guessing, TU Wien
[24] Rauch, R. 2002 Zweibett- Wirbelschichtvergasung in Guessing (A) mit 2 MWel/4,5 MWth; Konzept, Betrieberfahrung und Wirtschaftlichkeit. 7.Holzenergie-Symposium. Zürich.
[25] http://alphakat.de
[26] www.oil-price.net