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THERMAL PARTIAL OXIDATION OF DIESEL IN POROUS REACTORS FOR SYNTHESIS GAS PRODUCTION

机译:合成气生产中多孔反应器中柴油的热部分氧化

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In this study the thermal partial oxidation (TPOX) of Diesel fuel for the production of syngas was investigated theoretically and experimentally. Equilibrium and kinetic calculations were performed to determine the main influence parameters on the thermal partial oxidation. In the experimental study, a high-temperature residual free Diesel-air mixture was prepared. The effect of the preheating temperature and the excess air ratio on the evaporation process was investigated. In the reforming part, a ZrO_2 porous foam-based reformer was used to perform the TPOX. The performance of the evaporator was then compared with a free flame-mode reformer (without porous material).
机译:在这项研究中,从理论上和实验上研究了用于生产合成气的柴油燃料的热部分氧化(TPOX)。进行平衡和动力学计算以确定对热部分氧化的主要影响参数。在实验研究中,制备了高温残留的自由柴油-空气混合物。研究了预热温度和过量空气比对蒸发过程的影响。在重整部分中,使用基于ZrO_2多孔泡沫的重整器进行TPOX。然后将蒸发器的性能与自由火焰模式重整器(无多孔材料)进行了比较。

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