<p>U doktorskoj disertaciji vr&scaron;eno je istraživanje mogućnosti konverzije energije<br />različitih vrsta drvne biomase procesom pirolize. Ispitivanu drvnu biomasu<br />predstavljale su strugotina hrasta, bukve, tre&scaron;nje, oraha, jele, lipe, kao i<br />me&scaron;avina navedenih vrsta. Dobijeni eksperimentalni rezultati ukazuju da<br />prinos gasa, tečne i čvrste faze tokom odvijanja procesa pirolize zavise od<br />reakcionog vremena, temperature i brzine zagrevanja.</p> / <p>Doctoral dissertation investigates possibilities for energy conversion of<br />different woody biomass types through pyrolysis process. Investigated woody<br />biomass included oak, beech, cherry, walnut, fir, lime wood chips and their<br />mixture. Obtained experimental results imply that gas, liquid and solid phase<br />yields during pyrolysis process depend on reaction time, temperature and<br />heating rate.</p>

<p>U doktorskoj disertaciji realizovano je istraživanje mogućnosti konverzije energije različitih vrsta poljoprivredne biomase procesom pirolize. Ispitivanu poljoprivrednu biomasu predstavljale su p&scaron;enična, ovsena, sojina slama, slama od kukuruzovine kao i me&scaron;avina navedenih slama. Dobijeni eksperimentalni rezultati ukazuju da prinos gasa, tečne i čvrste faze tokom odvijanja procesa pirolize zavise od vi&scaron;e parametara vođenja procesa među kojima dominantan uticaj imaju reakciono vreme, temperatura i brzina<br />zagrevanja.</p> / <p>Doctoral dissertation investigates possibilities for energy conversion of different agricultural biomass types through pyrolysis process. Investigated agricultural biomass included wheat, corn, oat, soy straw and the mixture of mentioned straws. Obtained experimental results imply that gas, liquid and solid phase yields during pyrolysis process depend on various process parameters, where the reaction time, temperature and heating rate have dominant influence.</p>