首页> 外国专利> Preparing hydrogen comprises hydrolysis of solid tin (II) oxide to produce hydrogen, where the produced hydrogen is stored, recovered and/or evaluated, and the implemented solid tin (II) oxide is obtained by heat reducing of tin oxide

Preparing hydrogen comprises hydrolysis of solid tin (II) oxide to produce hydrogen, where the produced hydrogen is stored, recovered and/or evaluated, and the implemented solid tin (II) oxide is obtained by heat reducing of tin oxide

机译:制备氢包括将固体氧化锡(II)水解以产生氢,在其中存储,回收和/或评估产生的氢,并通过对氧化锡进行热还原来获得已实现的固体氧化锡(II)。

摘要

Preparing hydrogen comprises hydrolysis of solid SnO (tin (II) oxide) to produce hydrogen, where the produced hydrogen is stored, recovered and/or evaluated, and the implemented solid SnO is obtained by heat reducing of tin oxide (SnO 2) into SnO in the conditions leading to SnO gas and cooling the produced SnO gas at a temperature of = 550[deg] C. Independent claims are included for: (1) a device adapted in the implementation of step of the process comprising hydrolysis reactor (3) fitted with a first inlet (5) adapted in introducing of solid SnO in the hydrolysis reactor as obtained from reducing and cooling steps, an a second inlet (7) connected to water supply unit, and an outlet for evacuating produced hydrogen, and units for recovering and/or evaluating of formed hydrogen in the outlet of the hydrolysis reactor; (2) a fuel cells comprising the device as hydrogen generator; and (3) an installation for the implementation of the process comprising the device (1) associated with a reactor for reducing SnO 2 into SnO equipped with a unit for supply related to an inlet for introducing SnO 2 and an outlet adapted for evacuating SnO gas, and unit for cooling of gas stream comprising SnO gas connected to the outlet of the reduction reactor, suitable for a conversion of SnO gas into SnO solid, a units for supplying SnO solid obtained from cooling unit (28) connected to the first inlet of the hydrolysis reactor.
机译:制备氢包括将固体SnO(氧化锡(II))水解以产生氢,在此存储,回收和/或评估产生的氢,并通过将氧化锡(SnO 2)热还原为SnO来获得已实现的固体SnO。在导致SnO气体并在550°C的温度下冷却所产生的SnO气体的条件下。包括以下独立权利要求:(1)一种适于实施该方法步骤的装置,该装置包括水解反应器(3)装配有适合于将固体SnO引入到水解反应器中的第一入口(5),该入口是通过还原和冷却步骤获得的;第二入口(7)连接到供水单元;出口用于排出产生的氢气;在水解反应器的出口中回收和/或评估形成的氢; (2)一种燃料电池,其包括作为氢发生器的装置; (3)用于实施该方法的设备,该设备包括与用于将SnO 2还原成SnO的反应器相关的设备(1),该设备配备有与用于引入SnO 2的入口和用于排出SnO气体的出口有关的供应单元。连接至还原反应器出口的,包含SnO气体的冷却气流的单元,其适于将SnO气体转化为SnO固体,从冷却单元(28)获得的用于供给SnO固体的单元连接至还原反应器的第一入口。水解反应器。

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