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    • 1. 发明申请
    • RECUPERATIVE COMBUSTION SYSTEM
    • 再生燃烧系统
    • WO2011022653A2
    • 2011-02-24
    • PCT/US2010/046174
    • 2010-08-20
    • REILLY, Timothy J.
    • REILLY, Timothy J.
    • F02B43/10F01K27/02F02G5/02C25B1/02F02M25/10
    • F23L7/007F23C9/00Y02E20/14Y02E20/344
    • The methods and systems described herein relate to a recuperative combustion system that recuperates energy from fuel combustion that would otherwise be lost. The recuperative combustion system minimizes or eliminates the need for an air separator unit through the use of a clean water splitter section, consisting of a thermochemical cycle or high-temperature electrolysis. Water is split into its component hydrogen and oxygen, primarily with process heat from the combustion process. The oxygen produced by the water splitter provides oxygen necessary for oxy-fuel combustion, thereby reducing or eliminating the need for the power intensive air separator unit and/or external oxygen source, significantly increasing the efficiency of the oxy-fuel combustion cycle. Hydrogen produced by the water splitter may be used for a variety of industrial uses, or combined with carbon dioxide (captured from the flue gases produced by said combustion process) to produce methanol. Methanol can further be refined in a methanol to gasoline reactor to produce dimethyl ether, olefins or high grade gasoline. Described herein are methods and systems that 1) increase oxy-fuel combustion efficiency, 2) produce hydrogen for a suite of industrial/energy uses, and 3) capture carbon dioxide and convert it to high value hydrocarbons.
    • 本文描述的方法和系统涉及一种恢复燃烧系统,该系统能够恢复否则将丢失的来自燃料燃烧的能量。 还原燃烧系统通过使用由热化学循环或高温电解组成的干净的水分离器部分来最小化或消除对空气分离器单元的需要。 水分为氢和氧,主要是来自燃烧过程的过程热。 由分水器产生的氧提供氧燃料燃烧所需的氧气,从而减少或消除了对功率密集型空气分离器单元和/或外部氧源的需要,显着提高了氧燃料燃烧循环的效率。 由分水器产生的氢气可用于各种工业用途,或与二氧化碳(从由所述燃烧过程产生的烟道气捕获)结合以产生甲醇。 甲醇可以在甲醇中进一步精制成汽油反应器,生产二甲醚,烯烃或高级汽油。 这里描述的方法和系统是:1)增加氧燃料燃烧效率,2)为一套工业/能源用途生产氢气; 3)捕获二氧化碳并将其转化为高价烃。