碳中和目标下的化石能源利用新技术路线开发
摘要：我国制定了2060年前实现碳中和的目标，实现碳中和的技术途径除了大力发展绿色能源和降低化石能源使用以外，还需要开发化石能源固碳利用新途径。提出一种新的技术路线，将化石能源利用过程所产生的CO2直接转化为CO2固定量最高的稳定固体产物三嗪醇（C3H3N3O3），转化过程中释放的能量和剩余氢作为清洁能源利用，实现化石能源能量和物质成分的同时高效利用，不仅减少了CO2及污染物的排放，还提高了化石能源总的利用效率。该方法有望成为实现碳中和目标的一种经济可行的技术途径。
Abstract:China has set a goal of being carbon neutral by 2060. In addition to developing green energy and reducing the use of fossil energy, we need to develop new ways of CO2 fixation and utilization of fossil energy. In this paper, a new technical route was proposed, which directly converts CO2 generated from the process of fossil energy utilization into 1, 3, 5-triazine triol (C3H3N3O3). The energy and residual hydrogen released in the process were utilized as clean energy to realize the efficient utilization of energy and elements from fossil energy. It can not only reduce carbon dioxide and other pollutants, but also improve the overall utilization efficiency of fossil energy. Moreover, it should be an economic and feasible technical way for China to achieve the goal of carbon neutralization.
标题：碳中和目标下的化石能源利用新技术路线开发
title:Development of New Technological Routes for Fossil Energy Utilization Under the Goal of Carbon Neutral
作者：朱维群, 王倩
authors:Weiqun ZHU, Qian WANG
关键词：碳中和,化石能源,固碳,三嗪醇(C3H3N3O3),
keywords:carbon neutral,fossil energy,carbon sequestration,1, 3, 5-triazine triol (C3H3N3O3),
发表日期：2021-02-28
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