Figure 3 - Polymer waste safe disposal by incineration in electrostatic field

Figure 3 shows the maximum flame temperature on the field strength dependences. At  E , an increase in the maximum flame temperature is observed: for rubber by 60 °C, for polystyrene by 270 °C, for polypropylene by 80 °C with field strength values up to 150 kV/m. For polyethylene, the temperature does not increase within the experimental error. At  E

shows the maximum flame temperature on the field strength dependences. At  E , an increase in the maximum flame temperature is observed: for rubber by 60 °C, for polystyrene by 270 °C, for polypropylene by 80 °C with field strength values up to 150 kV/m. For polyethylene, the temperature does not increase within the experimental error. At  E

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Reference

Polymer waste safe disposal by incineration in electrostatic field - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/shows-the-maximum-flame-temperature-on-the-field-strength-dependences-At-E-an_fig2_357229072 [accessed 23 Jun 2025]

Caption

Figure 3 shows the maximum flame temperature on the field strength dependences. At  E , an increase in the maximum flame temperature is observed: for rubber by 60 °C, for polystyrene by 270 °C, for polypropylene by 80 °C with field strength values up to 150 kV/m. For polyethylene, the temperature does not increase within the experimental error. At  E

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<a href="https://www.researchgate.net/figure/shows-the-maximum-flame-temperature-on-the-field-strength-dependences-At-E-an_fig2_357229072"><img src="https://www.researchgate.net/publication/357229072/figure/fig2/AS:1103657479221249@1640143856738/shows-the-maximum-flame-temperature-on-the-field-strength-dependences-At-E-an.ppm" alt="shows the maximum flame temperature on the field strength dependences. At  E , an increase in the maximum flame temperature is observed: for rubber by 60 °C, for polystyrene by 270 °C, for polypropylene by 80 °C with field strength values up to 150 kV/m. For polyethylene, the temperature does not increase within the experimental error. At  E"/></a>