reforming reaction

The macro-kinetics of methane-steam catalytic reforming reaction with wheel catalysts of original sizes was investigated in an internal recycling gradientless reactor ( Type KD-1) under 3.04 × 106 Pa absolute pressure.

在3.04×10~6Pa压力下使用KD-1型内循环式无梯度反应器研究了原粒度七筋车轮形催化剂上甲烷水蒸汽催化转化反应的宏观动力学。

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The auto-thermal reforming technique of methane is a new method to produce hydrogen. Its basic principle is to couple the exothermal partial oxidation reaction of methane and endothermic steam reforming reaction of methane in the reactor. The reaction system can provide heat itself.

甲烷自热重整工艺是一种新型制氢方法，其基本原理是在反应器中耦合了放热的甲烷部分氧化反应和强吸热的甲烷水蒸气重整反应，反应体系本身可实现自供热；

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The Application of CENTUM DCS in Reforming Reaction Heating Furnace Control System

CENTUM集散型控制系统在重整反应加热炉系统中的应用

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Via outfitting proportional pump for used machine, reforming high-temperature-steam reaction chamber and installing infrared radiator, it enables improved dye fixation, dye and steam consumption reduction and pollution decrease.

通过对老机配置比例泵，改造高温汽蒸反应箱和安装红外线辐射器，可以提高染料的固色率，节约染料用量和蒸汽消耗，减少污染。

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Besides, the process of methane wet-air autothermal reforming in the specific micro-tube and micro-swirl chamber is researched by numerical method. Meanwhile, the influences of reaction conditions, component ratio, and other factors on the H2 and carbon deposition from reforming in micro-channel are discussed.

通过对甲烷湿空气在微细圆管腔和微型旋流腔中低温自热重整过程的数值模拟，研究了反应条件、组分比例等因素对微通道内自热催化重整产氢及积炭的影响。

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Effects of europium and yttrium on reforming reaction and surface properties of platinum catalyst

铕和钇对铂重整催化剂反应性能和表面性质的影响

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Structure of MoCo/ Y, MoNi/ Y Nitrides Catalysts and their Activity for CH_4+ CO_2 Reforming Reaction

MoCo/Y、MoNi/Y氮化物催化剂的结构和CH4+CO2重整反应性能

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At the same time, it is found that the changes of operating conditions affect not only the methane conversion of reforming side, but also the thermodynamic limit of reforming reaction.

同时发现，操作条件的改变不只是影响重整侧甲烷的转化率，还影响重整反应的热力学平衡状态。

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A Study on the Macro-Kinetics of Methane-Steam Reforming Reaction with Wheel Catalysts

车轮形催化剂上甲烷水蒸汽转化反应宏观动力学的研究

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With the catalyst, the diesel fuel exhaust gas reforming reaction is endothermic, steam reforming reaction and water gas shift reaction are main reaction; partial oxidation reaction is secondary.

没有催化剂时，柴油废气重整反应是吸热反应，水蒸汽重整反应和水煤气反应是主要反应，氧化反应是次要反应。

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Effects of thermal crack of n-butane on steam reforming reaction

正丁烷水蒸气重整中热裂解的研究

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The results show that the reaction profile of diesel fuel exhaust gas reforming was significantly influenced by the reformer inlet temperature with or without catalyst.

结果表明，无论有无催化剂，重整器入口温度是影响柴油重整反应的主要因素。

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Dependence of chemical equilibrium constant on reaction temperature and the optimal reaction temperature were theoretically calculated for methanol steam reforming ( SRM) reaction system.

针对甲醇水蒸汽重整制氢反应体系，通过理论计算研究了化学平衡常数随温度的变化规律，指出该反应适宜的反应温度。

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Theoretical calculations have been used to investigate the thermal CO2 reforming of CH4, It is found that the first step is the CH4 dissociation into CH3 and H radicals for the chain initiation reaction.

在CO2热重整CH4反应机理的研究中发现反应的链起始步骤是CH4解离生成CH3和H自由基。

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In order to study micro-scale methanol hydrogen technology, through EDM technology, an integrated micro-reactor was developed, which achieves several features, such as a fuel preheating, evaporation, reforming reaction, and re-substitution reaction section.

为了研究微尺度下的甲醇制氢技术，利用电火花技术研制了一种集成微反应器，该反应器实现了燃料预热、蒸发、重整及反应段替换等多项功能。

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