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The study was to investigate the pyrolysis technology of the Recovered Fuel produced from waste tire. Waste tire block was disposed of the pyrolysis in resource chemical plant to produce the Recovered Fuel. The pyrolysis operation was controlled by a Catalyst, pyrolysis temperature and reaction time. In general, the set flash point, sulfur content and heat value of the Recovered Fuel ameliorate with the reaction time for significant impact. The set flash point and heat value of the Recovered Fuel ameliorate with the pyrolysis temperature for significant impact. The set flash point, sulfur content and heat value of the Recovered Fuel ameliorate with the pyrolysis processing Catalyst B13A.The results also show the production techniques and commercialization of marketing orientation in accordance with appropriate operating conditions in this study.

This study was to investigate the properties of the RDF produced from carbon ash of waste tire. Waste tire block was disposed of the pyrolysis in resource chemical plant to arise the carbon ash. After block technique, the RDF was made by a press at temperature and stress. In general, the set compression strength and heat value of the RDF ameliorate with the extrusion molding density for significant impact. The set ash, volatile content, Combustible content and heat value of the RDF ameliorate with the extrusion and drying temperature for significant impact. The set compression strength and volatile content and heat value of the RDF ameliorate with the adhesion QG15. In the economic and techniques conditions, the results of this study in accordance with appropriate operating conditions of the production and commercialization of marketing orientation.

The present research was involved in forming condition of adhesive, Press Temperature, Density etc. In addition to ameliorate strength and thermal performance test of the RDF produced from Carbon ash after the waste tire pyrolysis in resource chemical plant. This study explored optimal condition of Carbon ash-RDF production based on relevant tests to enhance its strength and thermal performance for optimal utilization of Carbon ash-RDF. The results can serve as a reference to the Carbon ash-RDF production process design. The main component of the formula is an adhesive, chemically modified starch as adhesion to make the carbon ash uniformly mix with water. Besides finding a suitable formula, this study also conducted analysis on product property and developed technique to improve process and product property, as an important reference for future studies.

The present research was involved in forming Pyrolysis condition of Catalysis, Pyrolysis Temperature and Reaction Time etc. In addition to ameliorate Flash Point, Sulfur content and Heat Value of the Recovered Fuel from Waste Tire after pyrolysis process in resource chemical plant. This study explored optimal pyrolysis condition of Recovered Fuel production based to improve its Flash point, sulfur content and heat value. The results can serve as a reference to the Recovered Fuel production process design. Improve Recovered Fuel quality, reduce energy consumption and sulfur content, flash point and heat value of Recovered Fuel can meet the national standards. Besides finding a suitable pyrolysis condition, this study also conducted analysis on product property and developed technique to improve process and product property, as an important reference for future studies.