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- W3207955213 endingPage "105340" @default.
- W3207955213 startingPage "105340" @default.
- W3207955213 abstract "The necessity of balancing in consumption and recycling process is evident to manage the life cycle of plastics wastes. Obtaining approaches for plastics degradation with the aim of energy recovery and produce value-added materials to close the waste loop gained attention in recent years and among, pyrolysis is the promising way to thermal degradation of plastics. Pyrolysis of plastics still lacks the proper design and kinetic background to target certain value added chemicals. Perspective knowledge of plastics degradation mechanism helps to select suitable kinetic models to fit the thermogravimetric data in which not only meet statistics parameters but can justify mechanistic chemistry of feedstock pyrolysis. Since thousands of reaction may occur during pyrolysis of polymers, reduction the number of reactions in moment model is essential, thus mechanistic chemistry models of typical polymers can be obtained by analyze of abundance of pyrolysis products. Thermogravimetric analysis is an effective way to quantify rates of devolatilization and several TGA curves at different heating rates and thermal schedule required to determine kinetic parameters. Different kinetic methods including isoconversional methods, model fitting and random scission are investigated in details for typical plastics. In this paper, comprehensive study on kinetic methods and models were carried out and deduct that using random scission model in combined kinetic method describe nearly real interpretation of waste plastics degradation. This route can shorten the path to design processes for pyrolysis of plastics wastes by performing different thermal schedules in TGA experiments including isothermal, constant heating rate sample controlled thermal analysis (SCTA)." @default.
- W3207955213 created "2021-10-25" @default.
- W3207955213 creator A5009753941 @default.
- W3207955213 creator A5027313481 @default.
- W3207955213 creator A5085783760 @default.
- W3207955213 date "2021-11-01" @default.
- W3207955213 modified "2023-10-13" @default.
- W3207955213 title "A review on kinetic study approach for pyrolysis of plastic wastes using thermogravimetric analysis" @default.
- W3207955213 cites W1598970047 @default.
- W3207955213 cites W19172018 @default.
- W3207955213 cites W1964054532 @default.
- W3207955213 cites W1964740351 @default.
- W3207955213 cites W1967724307 @default.
- W3207955213 cites W1968724326 @default.
- W3207955213 cites W1971054625 @default.
- W3207955213 cites W1972509802 @default.
- W3207955213 cites W1972709897 @default.
- W3207955213 cites W1972783360 @default.
- W3207955213 cites W1972998610 @default.
- W3207955213 cites W1973765545 @default.
- W3207955213 cites W1974679557 @default.
- W3207955213 cites W1976548536 @default.
- W3207955213 cites W1976945010 @default.
- W3207955213 cites W1977520703 @default.
- W3207955213 cites W1981436176 @default.
- W3207955213 cites W1982086241 @default.
- W3207955213 cites W1983660940 @default.
- W3207955213 cites W1984906222 @default.
- W3207955213 cites W1985027825 @default.
- W3207955213 cites W1985619300 @default.
- W3207955213 cites W1985960152 @default.
- W3207955213 cites W1986248442 @default.
- W3207955213 cites W1986927269 @default.
- W3207955213 cites W1987047026 @default.
- W3207955213 cites W1988343147 @default.
- W3207955213 cites W1988940995 @default.
- W3207955213 cites W1989263111 @default.
- W3207955213 cites W1993458513 @default.
- W3207955213 cites W1996082356 @default.
- W3207955213 cites W1996699367 @default.
- W3207955213 cites W1998362219 @default.
- W3207955213 cites W2000071980 @default.
- W3207955213 cites W2000533763 @default.
- W3207955213 cites W2001143358 @default.
- W3207955213 cites W2001663790 @default.
- W3207955213 cites W2003447983 @default.
- W3207955213 cites W2005036756 @default.
- W3207955213 cites W2005515387 @default.
- W3207955213 cites W2008748040 @default.
- W3207955213 cites W2008854263 @default.
- W3207955213 cites W2009093385 @default.
- W3207955213 cites W2012257367 @default.
- W3207955213 cites W2012289631 @default.
- W3207955213 cites W2013601607 @default.
- W3207955213 cites W2015803930 @default.
- W3207955213 cites W2017578306 @default.
- W3207955213 cites W2018535775 @default.
- W3207955213 cites W2021260390 @default.
- W3207955213 cites W2022021647 @default.
- W3207955213 cites W2023181828 @default.
- W3207955213 cites W2025006200 @default.
- W3207955213 cites W2025059046 @default.
- W3207955213 cites W2026489487 @default.
- W3207955213 cites W2026852131 @default.
- W3207955213 cites W2029575970 @default.
- W3207955213 cites W2031053572 @default.
- W3207955213 cites W2031092985 @default.
- W3207955213 cites W2031279073 @default.
- W3207955213 cites W2033316975 @default.
- W3207955213 cites W2033675622 @default.
- W3207955213 cites W2034518066 @default.
- W3207955213 cites W2036050575 @default.
- W3207955213 cites W2037094018 @default.
- W3207955213 cites W2037749570 @default.
- W3207955213 cites W2038340718 @default.
- W3207955213 cites W2038552494 @default.
- W3207955213 cites W2041826578 @default.
- W3207955213 cites W2042605171 @default.
- W3207955213 cites W2042803876 @default.
- W3207955213 cites W2042930890 @default.
- W3207955213 cites W2043670473 @default.
- W3207955213 cites W2043750340 @default.
- W3207955213 cites W2043912370 @default.
- W3207955213 cites W2048023725 @default.
- W3207955213 cites W2050984951 @default.
- W3207955213 cites W2051232766 @default.
- W3207955213 cites W2051570116 @default.
- W3207955213 cites W2052977458 @default.
- W3207955213 cites W2059161112 @default.
- W3207955213 cites W2059315048 @default.
- W3207955213 cites W2059366968 @default.
- W3207955213 cites W2059744730 @default.
- W3207955213 cites W2060723932 @default.
- W3207955213 cites W2060778006 @default.
- W3207955213 cites W2061438779 @default.
- W3207955213 cites W2061530700 @default.
- W3207955213 cites W2063412416 @default.
- W3207955213 cites W2063769748 @default.