Detail publikace
Vliv velikosti částic a vlhkosti na stlačitelnost dřevěných pilin v efektivním procesu výroby pevnéých biopaliv
MATÚŠ, M. KRIŽAN, P. ŠOOŠ, Ĺ. BENIAK, J. LISÝ, M.
Český název
Vliv velikosti částic a vlhkosti na stlačitelnost dřevěných pilin v efektivním procesu výroby pevnéých biopaliv
Anglický název
THE INFLUENCE OF SIZE FRACTION AND MOISTURE CONTENT ON THE COMPRESSIBILITY OF WOOD SAWDUST IN EFFECTIVE PROCESS OF PRODUCTION A SOLID BIOFUEL
Typ
článek ve sborníku ve WoS nebo Scopus
Jazyk
en
Originální abstrakt
Many technological factors (size fraction, moisture content, and others) have major effect on the densification process of biomass to the form of high-grade solid biofuel. The basic parameter describing the densification process of particulate matter is its compressibility, quantified by the coefficient of compressibility. Knowing this coefficient for a specific material like wood sawdust is a basic prerequisite for the application of compressibility equations describing the densification process, and for calculating the workload in the production process of high-grade solid biofuel. This paper deals with a methodology for determining the compressibility factor for sawdust on the basis of experiments to quantify pine sawdust. The experiments were performed in two stages. The first stage was an experimental investigation of the influence of size fraction and moisture content on the final compressibility of pine sawdust. Highpressure binderless densification of pine processing residues in the form of sawdust was studied. A piston-and-die process was used to produce densied briquettes under room temperature and at pressure up to 159 MPa. The results show the behaviour of the pressure load when the parameters of the particulate matter are changed. In the second stage, the experiments were evaluated and optimized to achieve minimum energy input of the process and a maximum degree of densification. The research results will be used to develop new technologies and machinery for effective biomass densification to achieve a high-grade solid biofuel.
Český abstrakt
Mnoho technologických faktorů (frakce velikost, obsah vlhkosti, a další) mají hlavní vliv na zhuťňovací procesu biomasy a na podobě vysoce kvalitního tuhého biopaliva. Základní parametr popisující zhutnění procesu částic je jeho stlačitelnost, kvantifikován koeficientem stlačitelnosti. Znát tento koeficient pro určitý materiál, např. dřevěných pilin, je základním předpokladem pro použití rovnic stlačitelnosti popisujících proces zhutňování, a pro výpočet zatížení ve výrobním procesu vysoce kvalitního pevného biopaliva. Tento článek se zabývá metodikou pro stanovení faktoru stlačitelnosti pro borovicové piliny. Experimenty byly provedeny ve dvou fázích. První etapa byla experimentální výzkum vlivu frakce velikosti a obsahu vlhkosti v konečné stlačitelnosti pilin. Vysokotlaké zhušťování zbytků zpracování borovice ve formě pilin bez pojiva byla studována.
Anglický abstrakt
Many technological factors (size fraction, moisture content, and others) have major effect on the densification process of biomass to the form of high-grade solid biofuel. The basic parameter describing the densification process of particulate matter is its compressibility, quantified by the coefficient of compressibility. Knowing this coefficient for a specific material like wood sawdust is a basic prerequisite for the application of compressibility equations describing the densification process, and for calculating the workload in the production process of high-grade solid biofuel. This paper deals with a methodology for determining the compressibility factor for sawdust on the basis of experiments to quantify pine sawdust. The experiments were performed in two stages. The first stage was an experimental investigation of the influence of size fraction and moisture content on the final compressibility of pine sawdust. Highpressure binderless densification of pine processing residues in the form of sawdust was studied. A piston-and-die process was used to produce densied briquettes under room temperature and at pressure up to 159 MPa. The results show the behaviour of the pressure load when the parameters of the particulate matter are changed. In the second stage, the experiments were evaluated and optimized to achieve minimum energy input of the process and a maximum degree of densification. The research results will be used to develop new technologies and machinery for effective biomass densification to achieve a high-grade solid biofuel.
Klíčová slova česky
biomasa, biopaliva, stlačitelnost, zhutňování, briketování
Klíčová slova anglicky
biomass, biofuel, compressibility, densification, briquetting
Rok RIV
2014
Vydáno
01.10.2014
ISSN
1314-2704
Kniha
International multidisciplinary geoconference SGEM
Ročník
1
Číslo
1
Číslo edice
1
Strany od–do
553–560
Počet stran
7
BIBTEX
@inproceedings{BUT112930,
author="Miloš {Matúš} and Peter {Križan} and Ĺubomír {Šooš} and Juraj {Beniak} and Martin {Lisý},
title="THE INFLUENCE OF SIZE FRACTION AND MOISTURE CONTENT ON THE COMPRESSIBILITY OF WOOD SAWDUST IN EFFECTIVE PROCESS OF PRODUCTION A SOLID BIOFUEL",
booktitle="International multidisciplinary geoconference SGEM",
year="2014",
volume="1",
number="1",
month="October",
pages="553--560",
issn="1314-2704"
}