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Reactor Design and Analysis of a Simulated Moving Bed Reactor for Chemical-Looping Combustion

机译:化学环燃烧模拟移动床反应器的反应堆设计与分析

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1. Address the existing challenges facing chemical-looping combustion and propose a novel process design for higher conversions and efficiencies. Chemical-Looping Combustion (CLC) 1. Energy production from combustion with low-cost CO2 separation 2. Reduction 2.1 Hydrocarbon fuel (i.e., natural gas) oxidized by metal oxide oxygen carrier (i.e., NiO), yielding CO2 and H2O 3. Oxidation 3.1 Air regenerates reduced oxygen carrier (i.e., Ni), yielding N2 and O2 4. Current reactor designs for CLC are shown in Figure 1
机译:1.解决化学循环燃烧面临的现有挑战,并提出了一种新的工艺设计,用于更高的转换和效率。化学循环燃烧(CLC)1.用低成本二氧化碳分离的燃烧能量产生2.通过金属氧化物氧载体(即,NIO),产生CO 2和H2O 3氧化的氧化碳燃料(即天然气)。氧化3.1空气再生减少氧载体(即Ni),产生N2和O2 4. CLC的电流反应器设计如图1所示

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