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  • The article deals with the possibilities of utilization of different linseed varieties stems for solid biofuel production. The tested varieties were: Flanders, Amon, Biltstar, Lola. The harvest residues yield depends on the variety, area, vegetation and used agrotechnical methods. It differs from 2 to 6 t ha-1. But the values close to the lower threshold of this interval are more common in monitored cases, which have a negative effect on the profit. Linseed stems contain relatively high proportion of solid fibers; therefore, a disintegration of material by a cutting mechanism is necessary for further processing. In this case a cutting shredder Kovo Novák RS 650 was used. The processed material was utilized for pellet production at Kovo Novák MGL 200 production line and briquette production at BRIKLIS HLS 50. No adhesives or additives were used during these processes. The energetic and exploitation parameters of the production were monitored and calculated for the differences between these two types of biofuel determination. The basic parameters like dimensions, densities and net calorific values of the final products were measured. The samples of the production were also subjected to the emission analysis and mechanical durability test. The observed and calculated research outputs can provide an information overview for making the decision whether the harvest residues (especially stems) can be utilized for solid biofuel production. It is also important to determine a feasibility of pure linseed utilization or whether a further research of adding other materials for improvement of the results is needed.
  • The article deals with the possibilities of utilization of different linseed varieties stems for solid biofuel production. The tested varieties were: Flanders, Amon, Biltstar, Lola. The harvest residues yield depends on the variety, area, vegetation and used agrotechnical methods. It differs from 2 to 6 t ha-1. But the values close to the lower threshold of this interval are more common in monitored cases, which have a negative effect on the profit. Linseed stems contain relatively high proportion of solid fibers; therefore, a disintegration of material by a cutting mechanism is necessary for further processing. In this case a cutting shredder Kovo Novák RS 650 was used. The processed material was utilized for pellet production at Kovo Novák MGL 200 production line and briquette production at BRIKLIS HLS 50. No adhesives or additives were used during these processes. The energetic and exploitation parameters of the production were monitored and calculated for the differences between these two types of biofuel determination. The basic parameters like dimensions, densities and net calorific values of the final products were measured. The samples of the production were also subjected to the emission analysis and mechanical durability test. The observed and calculated research outputs can provide an information overview for making the decision whether the harvest residues (especially stems) can be utilized for solid biofuel production. It is also important to determine a feasibility of pure linseed utilization or whether a further research of adding other materials for improvement of the results is needed. (en)
Title
  • Comparison of Solid Biofuel Types from Linseed Stems
  • Comparison of Solid Biofuel Types from Linseed Stems (en)
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  • Comparison of Solid Biofuel Types from Linseed Stems
  • Comparison of Solid Biofuel Types from Linseed Stems (en)
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  • RIV/00027031:_____/12:#0000300!RIV13-MZE-00027031
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  • RIV/00027031:_____/12:#0000300
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  • linseed, biofuels, pellets, briquettes (en)
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  • [F0835F046259]
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  • Blažej, David
  • Souček, Jiří
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