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Thermal Science
2010, vol. 14, br. 3, str. 707-714
jezik rada: engleski
izvorni naučni članak
doi:10.2298/TSCI091113001T

Development of the boiler for combustion of agricultural biomass by products
(naslov ne postoji na srpskom)
Institut za nuklearne nauke Vinča

e-adresa: dejan2004@vinca.rs

Projekat Ministarstva nauke Republike Srbije, br. NPEE 262004 and PTR-2022B

Sažetak

(ne postoji na srpskom)
Republic of Serbia consumes about 15 million tons of equivalent oil per year. At the same time potential of the renewable energy sources is about 3.5 Mtoe per year. Main renewable source is biomass, with its potential of about 2.6 Mtoe per year, and 60% of the total biomass source is of agricultural origin. Mainly, that type of biomass is collected, transported and stored in form of bales. At the same time in one of the largest agricultural companies in Serbia there are over 2000 ha of soya plantations, and also 4000t per year of baled soya straw available, none of which being used for energy purposes. Therefore, efforts have been made in the Laboratory for Thermal Engineering and Energy of the Vinča Institute to develop a technology for utilizing bales of various sizes and shapes for energy production. Satisfactory test results of the 1 MW experimental facility - low CO levels and stable thermal output-led to the building-up of a 1.5 MW soya straw bales-fired hot water boiler, with cigarette type of combustion, for the purposes of greenhouse and office heating in the PKB. Further more, achieving good results in exploitation of that hot water boiler, the next step is building up the first combined heat and power (electricity) production facility, which will use agricultural biomass as a fuel, in Serbia.

Ključne reči

biomass; cigarette combustion; low CO emission; combined heat and power facility

Reference

*** (1997) Book of regulations on emission limitations. Belgrade: Ministry of Environmental Protection, in Serbian
Đurović, D. (2008) Contribution to the development of baled biomass combustion from agricultural production. Belgrade: Faculty of Mechanical Engineering, M. Sc. Thesis
Erić, A., i dr. (2006) Analysis of the Characteristics Many Types of Agricultural Biomass Products. Belgrade: Laboratory for Thermal Engineering and Energy, Vinča Institute of Nuclear Sciences, Internal report, NIV-ITE-315
Kavalov, B., Peteves, S.D. (2004) Bioheat applications in the European Union: An analysis and perspective for 2010. European Commission - Directorate-General Joint Research Centre - Institute for Energy
Leckner, B. (2007) Co-combustion: A summary of technology. Thermal Science, vol. 11, br. 4, str. 5-40
Martinov, M., Tešić, M., Brkić, M. (2006) Efficiency and emission of crop residues combustion facilities in Serbia: Status and needed measures for improvement. Thermal Science, vol. 10, br. 4, str. 189-194
Mladenović, R., Erić, A., Mladenović, M., Repić, B., Dakić, D. (2008) Energy production facilities of original concept for combustion of soya straw bales. u: European Biomass Conference from Research to Industry and Markets(16th), Valencia, Spain, Proceedings on DVD-ROM, OB1.3
Oka, S.N., Jovanović, L.L. (1997) Combustion cycle and combustion lines of biomass. u: Oka S., Lj. Jovanović (ur.) Biomass: A renewable energy source, Belgrade: Yugoslav Society of Thermal Engineers, pp. 25-28
Repić, B.S., Dakić, D.V., Paprika, M.J., Mladenović, R.V., Erić, A.M. (2008) Soya straw bales combustion in high-efficient boiler. Thermal Science, vol. 12, br. 4, str. 51-60
van Dam, J., i dr. (2007) Biomass production potentials in Central and Eastern Europe under different scenarios. Biomass and Bioenergy, 31: 6, pp. 345-366
Zabaniotou, A.A., Skoulou, V.K., Koufodimos, G.S., Samaras, Z.C. (2007) Investigation study for technological application of alternative methods for the energy exploitation of biomass/agricultural residues in Northern Greece. Thermal Science, vol. 11, br. 3, str. 115-123