Kinetics of combustion of oil shale with polystyrene

Yağmur, S.; Durusoy, Tülay

doi:10.1007/s10973-008-9434-z

J Therm Anal Calorim

2009

DOI: 10.1007/s10973-008-9434-z

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Kinetics of combustion of oil shale with polystyrene

S. Yağmur

Tülay Durusoy

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Cited by 11 publications

(2 citation statements)

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“…There has been a recent and growing interest in polymer combustion with materials such as coal, oil shale, biomass and peat [17] [18] [19] [20] [21]. Combined combustion realized with a mix of polymers and biomass can enhance the efficiency of the processing.…”

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Co-Combustion Characteristics and Kinetics of Cotton Stalk and Polypropylene Blends

Çetin¹,

Durusoy²

2017

AJAC

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The combustion kinetics of biomass-cotton stalk (CS), polymer-polypro-pylene (PP) and blend of polymer/biomass-polypropylene/cotton stalk blends were examined through thermo gravimetric analysis in this study. The experiments were performed under non-isothermal conditions in the 298 -873 K temperature interval. The heating rate of this research realized under the air atmosphere was designated as 5 K·min −1. The particle size effect on the combustion behavior of cotton stalk was also studied. A decrease in the maximum rate of decomposition and an increase in the temperature of maximum decomposition with increasing particle size were obtained. Three different models based on the Arrhenius method were used to analyze differential thermo gravimetric data. Blending ratio effects of biomass-cotton stalk and polymerpolypropylene on the combustion kinetics were further explored. Additionally, factors and kinetic parameters were also discussed. Activation energies obtained through the Arrhenius method (n = 1) were much lower than that of polypropylene for all blends. As a result of the research, as the weight percentage of polypropylene in the mixture rises, an increase in activation energy values was observed. The minimum value of the activation energy was calculated with PP/CS with 2/3 blending ratio as 35.8 kJ·mol −1 .

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Co-Combustion Characteristics and Kinetics of Cotton Stalk and Polypropylene Blends

Çetin¹,

Durusoy²

2017

AJAC

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“…First of them is understanding its behavior at elevated temperature during processing and using of PS articles. The important is also to know what will happen in the case of fire and if the thermal recycling or incineration during utilization of PS waste is possible and safe [1][2][3][4][5].…”

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Thermal properties of novel polymers based on poly(hydantoin-methyl-p-styrene) and their substrates

Kaczmarek

Chylińska

Ziegler-Borowska

2011

J Therm Anal Calorim

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The following compounds have been synthesized: (a) hydantoins 5,5-dimethylimidazolidine-2,4-dione (1), 1 (6), (two of them are unknown: 5 and 6); (c) macromolecular compounds: poly(chloromethyl-p-styrene) (7), used as reference, and three polymers (two of them are novel) obtained by substitution of hydantoins 1-3 to poly(methyl-p-styrene) (8-10). Their thermal properties have been studied by thermogravimetry. It was found that the chemical structure, tautomerization, and intermolecular interaction influence the thermal stability of substrates. The presence of phenyl rings causes the increase of resistance of studied hydantoins. The obtained polymers are characterized by significantly improved thermal stability comparing to poly (chloromethyl-p-styrene). The mechanism of thermal degradation of investigated polymers and explanation of their thermal resistance has been proposed. The relatively high temperatures of glass transition of polymers have been determined by DSC.

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The effect of chlorosulphonated polyethylene on thermal properties and combustibility of butadiene–styrene rubber

Janowska

Kucharska-Jastrząbek

2010

J Therm Anal Calorim

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Kinetics of combustion of oil shale with polystyrene

Cited by 11 publications

References 19 publications

Co-Combustion Characteristics and Kinetics of Cotton Stalk and Polypropylene Blends

Co-Combustion Characteristics and Kinetics of Cotton Stalk and Polypropylene Blends

Thermal properties of novel polymers based on poly(hydantoin-methyl-p-styrene) and their substrates

The effect of chlorosulphonated polyethylene on thermal properties and combustibility of butadiene–styrene rubber

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