Two-step conversion of waste plastic into light olefins and aromatics on metal-free carbon felt catalyst under radiofrequency heating
Résumé
Such process is critical yet challenging in industrial applications. Relevant characterizations proved that exclusive surface heating, significantly improves the selective cracking of waste plastics, either model or industrial ones, to produce light olefins and aromatics during longterm operating process. The commercial carbon felt displays remarkable performance for the chemical recycling of waste plastics, surpassing the conventional metal and zeolite catalysts for such relevant environmental problem. The influence of an alternating magnetic field on the catalytic mechanism is advanced to explain such high performance.
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