摘要
化工新材料是新材料的重要组成部分,是国民经济建设所需的关键材料,已经成为炼化行业转型升级的重要方向。本文分析了国内外化工新材料的产业发展现状,重点从化工新材料原料供给、新材料生产、产品回收与循环利用全生命周期(LCA)角度,阐述了可再生原料的汇碳作用,典型新材料(包括高端碳材料、汽车轻量化材料、新能源材料、碳捕集材料)生产的固碳作用,以及废弃材料回收和循环利用中的减碳作用。文章对我国新材料产业发展现状和前景进行了思考,认为化工新材料在降低CO_(2)排放、实现碳中和目标进程中作用显著;基于未来我国化工新材料市场需求强劲的总体态势,应该加大技术研发投入,突破重点新材料生产技术瓶颈,加快自主产品产业化进程,满足我国经济发展迫切需求,推动社会经济绿色低碳高质量发展。
The new chemical materials are an important part of new materials and the key materials required for national economic construction.The development of new chemical materials has become an important direction for the transformation and upgrading of the refining and chemical industry.The industrial development status of new chemical materials at home and abroad was analyzed in this paper,focusing on the carbon sequestration of renewable raw materials and typical new materials(including high-end carbon materials,automobile lightweight materials,new energy materials and carbon capture materials)from the perspective of the whole life cycle(LCA)of raw material supply,new material production,product recovery and recycling of new chemical materials carbon sequestration in production and carbon reduction in waste material recovery and recycling.The development status and prospect of China’s new material industry were analyzed.It was considered that new chemical materials had a significant effect in reducing CO_(2) emission and realizing the goal of carbon neutralization.Based on the strong demand of China’s new chemical material market,China should increase investment in technology R&D and make breakthroughs technological bottlenecks,accelerate the industrialization of independent products,meet the urgent needs of China’s economic development and promote the green,low-carbon and high-quality development of social economy.
作者
何盛宝
黄格省
HE Shengbao;HUANG Gesheng(Petrochemical Research Institute of PetroChina,Beijing 102206,China)
出处
《化工进展》
EI
CAS
CSCD
北大核心
2022年第3期1634-1644,共11页
Chemical Industry and Engineering Progress
关键词
化工新材料
碳减排
原料汇碳
新材料固碳
产品循环利用
new chemical materials
carbon emission reduction
carbon sequestration of raw materials
carbon sequestration of new materials
product recycling
