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据《中国石油和化工》1999年12期报道:用天然气制备氢气:一氧化碳为0.5:1至1.5:1的合成气已实验成功。Thermal Conversion公司利用的是诱导——偶合等离子(ICP)重整工艺(Induction-CoupledPlasma Reforming Process)。流速为3000m~3/d。该项目由Thermal Conversion公司和Rentech有限公司联合开发,目的是把ICP和Rentech的Fisher Tropsch 工艺相结合,用天然气生产高达2000桶/d(每桶0.14t)的液体燃料。用ICP系统生产合成气的转换率高达95%。与蒸汽、甲烷重整和部分氧化法不同ICP系统无须空气和或氧气,从而在合成气中不含无用的氮气或CO_2。为此,由ICP系统生产的合成气符合Rentech有限公司的FT工艺条件,使液体燃料产率达50%。ICP与传统的电弧等离子系统相比,不同之处在于没有可消耗的电极。将CO_2通过一个频率可调(350
According to “China Petroleum and Chemical Industry” 1999 the 12th report: Preparation of hydrogen from natural gas: the synthesis gas of carbon monoxide 0.5: 1 to 1.5: 1 has been successfully tested. Thermal Conversion uses the Induction-Coupled Plasma Reforming Process. Flow rate of 3000m ~ 3 / d. The project, jointly developed by Thermal Conversion and Rentech, Inc., aims to combine ICP with Rentech’s Fisher Tropsch process to produce liquid fuels up to 2000 barrels per day (0.14 t / bbl) from natural gas. Syngas production with ICP systems yields up to 95% conversion. Unlike steam, methane reforming and partial oxidation processes, ICP does not require air or oxygen and thus contains no unwanted nitrogen or CO 2 in the syngas. For this reason, syngas produced by the ICP system meets Rentech’s FT process conditions, yielding a liquid fuel yield of 50%. ICP differs from traditional arc plasma systems in that there is no consumable electrode. The CO2 through a frequency adjustable (350