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SYNTHESIS GAS WITH THE CATALYTIC HEATER PRODUCTION INSTALLATION

机译:催化加热器生产装置的合成气

摘要

FIELD: technological processes.;SUBSTANCE: invention relates to the synthesis gas production installations by steam reforming, and can be used in the oil and gas industry. Proposed is installation, including reformer 1 with filled with the steam reforming catalyst 4 reaction zone 2, which houses the catalytic heater 3 with the hydrogen-selective heat-conducting partition and the oxidation catalyst 4, recovery heat exchanger 5, as well as the oxygen-containing gas supply system with the gas blower 6, cooler 7 and the heat exchanger 8. During the installation operation, the water-hydrocarbon feed mixture 9 is heated in the refrigerator 7, recovery heat exchanger 5, and directed to the reformer 1, where, in contact with the catalyst 4, in the reaction zone 2 the synthesis gas is produced, which is discharged through the heat recovery exchanger 5. Hydrogen from the synthesis gas diffuses through the partition wall and in the presence of the oxidation catalyst 4 is contacting with the supplied by the gas blower 6 oxygen-containing gas after heating in the heat exchanger 8. Released during the hydrogen oxidation heat is heating the reforming catalyst 4 in the reaction zone 2, and the resulting exhaust gas 12 is cooled in the heat exchanger 8 and the refrigerator 7, and mixed with air 13 to replenish consumed for the hydrogen oxidation oxygen. After the gas blower 6, the balance gas 14 is discharged.;EFFECT: increase in the heating temperature, reducing energy consumption and ensuring explosion safety, as well as increasing the synthesis gas output and optimizing its composition.;1 cl, 1 dwg
机译:用于蒸汽重整的合成气生产设备技术领域本发明涉及一种通过蒸汽重整的合成气生产设备,可用于石油和天然气工业。提出了一种装置,该装置包括充满蒸汽重整催化剂4反应区2的重整器1,该重整器1容纳具有氢选择性导热隔板的催化加热器3和氧化催化剂4,回收热交换器5以及氧气。 -气体供给系统,具有鼓风机6,冷却器7和热交换器8。在安装操作期间,将水-烃进料混合物9在冰箱7,回收热交换器5中加热,并导向重整器1。在此,与催化剂4接触,在反应区2中产生合成气,该合成气通过热回收交换器5排出。来自合成气的氢通过隔壁扩散,并且在存在氧化催化剂4的情况下为在热交换器8中加热之后,与由鼓风机6供给的含氧气体接触。在氢氧化热期间释放出的是,将重整催化剂4加热到热交换器8中。在反应区2中,生成的废气12在热交换器8和致冷器7中冷却,并与空气13混合以补充消耗的氢氧化氧。气体鼓风机6之后,排出平衡气体14。效果:提高加热温度,减少能耗,确保爆炸安全,并增加合成气的输出并优化其组成。1cl,1 dwg

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