PYROLYTIC RECOVERY AS A PROSPECTIVE USE OF PLASTIC WASTE MATERIALS

  • 1Department of Chemistry and Chemical Technologies, Faculty of Wood Sciences and Technology, Technical University in Zvolen, Zvolen, SK
  • 22 Department of Environmental and Forestry Machinery, Faculty of Technology, Technical University in Zvolen, Zvolen, SK

Abstract

Prospective use of plastic material components resulting from their pyrolytic recovery is presented in the paper. Selected plastic waste materials (PE, PP, PS) were evaluated using modern analytical method GS-MS after the low-temperature pyrolysis. The low-temperature pyrolysis shows that the sample of PS was well-suited to this application and this recovery is important in the case of all three samples as well. The presence of 26 substances with 1-Hexene (13.72%) was observed in the case of pyrolysis products, specifically PE. When investigating PP, 36 substances with the highest content of 2.4-Dimethyl-1-heptene (38.35%) were defined. 20 substances containing especially Styrene (79.97%) were determined as the major products of PS pyrolysis. Moreover, using the GC-MS analysis, it was found out that chemical compounds present in all samples could be further recovered. The possibility of using the pyrolysis to recover the plastic waste materials in order to protect the environment is necessary.

Recommended articles

MODELING AND ANALYSIS OF A VEHICLE DYNAMICS AT FRONTAL IMPACT INTO THE RIGID BARRIER USING A SYSTEM IDENTIFICATION TOOLBOX

JOZEF KMEC, JOZEF PAVELKA, JAROSLAV SOLTES
Keywords: Matlab | System Identification Toolbox | state-space model | Process model with transfer function | Polynomial model | Transfer function model | Kelvin model.

THE MACHINABILITY OF INC 718 BY CERAMIC INSERTS

MATUS VARHANIK, MIROSLAV PISKA
Keywords: machinability | hard-to-machine materials | Inconel® 718 | turning with SIALON ceramic | cutting forces

COMPARISON SELECTED NUMERICAL METHODS FOR THE CALCULATION INVERSE KINEMATICS OF NON-STANDARD MODULAR ROBOTIC ARM CONSISTING OF UNIQUE ROTATIONAL MODULES

STEFAN ONDOCKO, JOZEF SVETLIK, TOMAS STEJSKAL, MICHAL SASALA, LUKAS HRIVNIAK
Keywords: Matlab | inverse kinematics | Jacobian | robotics | unlimited range rotary module | numerical algebra | nonlinear equations

MODELING OF THE MANUFACTURING SYSTEMS STATE IN THE CONDITIONS OF THE LEAN PRODUCTION

KONSTANTIN DYADYURA, LIUDMYLA HREBENYK, TIBOR KRENICKY, TADEUSZ ZABOROWSKI
Keywords: Lean production | value stream | manufacturing systems | manufacturing process | resource | markov techniques