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Abstract

Pyrolysis technique is the energy conversion technique which produces the industrially useful syngas from various biomass resources. But the energy conversion technique is not easy to use the directly as the fuel. because the condensed tar in process occurs the corrosion and operation problems. Currently plasma technology has been applying to a variety and a division a new method. As to the gliding arc plasma, the control is easy. The conversion ratio and energy efficiency is high. In this study, Experiments should be made to study on optimum design of plasma reformer and reduction of tar. Anthracene, pyrene by representative matter during various tar components, and proceeded study as used gliding arc plasma reactor in order to removal this. The steam flow rate, power input, total gas flow rate, and input concentration change were used as variables for the test. In the optimum conditions, Anthracene and pyrene decomposition efficiency was 96.1% and 88.3%. and the energy efficiency was 0.22 g/kWh, 0.13g/kWh. The mainly generated reformed gas is the hydrogen, carbon monoxide, and carbon dioxide. And the tar generated in the continuous pyrolizer by using the gliding arc plasma was removed. When removed tar generated in the continuous pyrolizer using gliding arc plasma reformer. Decomposition efficiency of the anthracene and pyrene was the 100%, 72.7%.