Comprehensive numerical model for a dry reforming process

该项目有助于一个新的概念，利用三个创新的加拿大技术。当这些技术在一个过程中结合在一起时，将从玉米和各种非食品级原料中提供100%可再生的喷气式飞机，柴油，石脑油和乙醇燃料。除了由于待利用的原料的类型而导致的来自所提出的方法的燃料产物的可再生性质之外，所提出的方法依赖于二氧化碳作为用于该方法的气体至液体转化步骤的主要原料之一，从而显著改善了燃料产物的碳足迹和经济性。为了实现100%的CO2利用率，不能再使用常规的蒸汽重整器。相反，合成气的生产必须在最近被称为“干重整”的几乎干燥的环境中进行。干式重整器的性能是

This project contributes to a novel concept that utilizes three innovative Canadian technologies. When combined together in one process, these technologies will provide 100% renewable jet, diesel, naphtha, and ethanol fuels from com and a variety of non-food-grade feedstocks. Besides the renewable nature of the fuel products from the proposed process due to the type of feedstocks to be utilized, the proposed process relies on carbon dioxide as one of the main feedstocks for the gas-to-liquid conversion step of the process, significantly improving the carbon foot-print and economics of the fuel products. To achieve 100% C02 utilization, conventional steam reformers cannot be used any more. Instead, production of syngas has to be performed in a nearly dry environment in what is recently referred to as "dry reforming". The performance of a dry reformer is