Pyrolysis of Polymer Waste in the Presence of Metal Chlorides of Iron Subgroup

In this work investigation of the influence of the polymeric cord of used tires composition on the course of the catalytic pyrolysis presents. It was found that with the collaborative catalytic pyrolysis of rubber and cord in a weight ratio of 1:1 the flow rate of the process and the mass fraction o...

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Main Authors: Y.Yu. Kosivtsov, K.V. Chalov, Y.V. Lugovoy, E.M. Sulman, V.P. Molchanov, A.A. Stepacheva
Format: Article
Language:English
Published: AIDIC Servizi S.r.l. 2016-08-01
Series:Chemical Engineering Transactions
Online Access:https://www.cetjournal.it/index.php/cet/article/view/3757
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author Y.Yu. Kosivtsov
K.V. Chalov
Y.V. Lugovoy
E.M. Sulman
V.P. Molchanov
A.A. Stepacheva
author_facet Y.Yu. Kosivtsov
K.V. Chalov
Y.V. Lugovoy
E.M. Sulman
V.P. Molchanov
A.A. Stepacheva
author_sort Y.Yu. Kosivtsov
collection DOAJ
description In this work investigation of the influence of the polymeric cord of used tires composition on the course of the catalytic pyrolysis presents. It was found that with the collaborative catalytic pyrolysis of rubber and cord in a weight ratio of 1:1 the flow rate of the process and the mass fraction of volatile products are increased, which affects the increase of the efficiency and the decrease of the power consumption of the process. While studying co-pyrolysis process of polymeric cord and biomass it was revealed that the use of iron subgroup metal chlorides as a catalyst allowed decreasing the apparent activation energy in 30 kJs/mol compared to a non-catalytic process. The application of chlorides of iron subgroup metals can lead to the increase in the yield (up to 25 %) of gaseous products with high calorific value.
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spelling doaj.art-20b2e1781ec847889cbe11638c0f4e832022-12-21T23:08:23ZengAIDIC Servizi S.r.l.Chemical Engineering Transactions2283-92162016-08-015210.3303/CET1652111Pyrolysis of Polymer Waste in the Presence of Metal Chlorides of Iron SubgroupY.Yu. KosivtsovK.V. ChalovY.V. LugovoyE.M. SulmanV.P. MolchanovA.A. StepachevaIn this work investigation of the influence of the polymeric cord of used tires composition on the course of the catalytic pyrolysis presents. It was found that with the collaborative catalytic pyrolysis of rubber and cord in a weight ratio of 1:1 the flow rate of the process and the mass fraction of volatile products are increased, which affects the increase of the efficiency and the decrease of the power consumption of the process. While studying co-pyrolysis process of polymeric cord and biomass it was revealed that the use of iron subgroup metal chlorides as a catalyst allowed decreasing the apparent activation energy in 30 kJs/mol compared to a non-catalytic process. The application of chlorides of iron subgroup metals can lead to the increase in the yield (up to 25 %) of gaseous products with high calorific value.https://www.cetjournal.it/index.php/cet/article/view/3757
spellingShingle Y.Yu. Kosivtsov
K.V. Chalov
Y.V. Lugovoy
E.M. Sulman
V.P. Molchanov
A.A. Stepacheva
Pyrolysis of Polymer Waste in the Presence of Metal Chlorides of Iron Subgroup
Chemical Engineering Transactions
title Pyrolysis of Polymer Waste in the Presence of Metal Chlorides of Iron Subgroup
title_full Pyrolysis of Polymer Waste in the Presence of Metal Chlorides of Iron Subgroup
title_fullStr Pyrolysis of Polymer Waste in the Presence of Metal Chlorides of Iron Subgroup
title_full_unstemmed Pyrolysis of Polymer Waste in the Presence of Metal Chlorides of Iron Subgroup
title_short Pyrolysis of Polymer Waste in the Presence of Metal Chlorides of Iron Subgroup
title_sort pyrolysis of polymer waste in the presence of metal chlorides of iron subgroup
url https://www.cetjournal.it/index.php/cet/article/view/3757
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AT yvlugovoy pyrolysisofpolymerwasteinthepresenceofmetalchloridesofironsubgroup
AT emsulman pyrolysisofpolymerwasteinthepresenceofmetalchloridesofironsubgroup
AT vpmolchanov pyrolysisofpolymerwasteinthepresenceofmetalchloridesofironsubgroup
AT aastepacheva pyrolysisofpolymerwasteinthepresenceofmetalchloridesofironsubgroup