期刊论文

New technology on reduction of pollution and carbon emissions and collaborative disposal of solid wastes in iron ore sintering

中文

烧结球团

1000-8764

2023

48

03

20-26+82

10.13403/j.sjqt.2023.03.035

国家重点研发计划重点专项资助项目(2021YFB3500600) 湖南省创新平台与人才计划资助项目(2020RC4027)。

本校为第一机构

碳中和、碳达峰背景下钢铁行业面临新的机遇和挑战，烧结工序作为钢铁长流程生产种的重要一环，降低其污染物排放总量、实现生产过程低碳化、扩展烧结功能实现高附加值是铁矿烧结技术进步的必然要求。本文回顾了传统的超低排放技术、烧结固体燃料供热模式及工业炉窑协同处置固废技术特点，重点介绍了低碳低成本深度净化新技术、高配比富氢燃料烧结新技术及烧结协同处置固废新技术，并展望了以上技术对实现烧结减污降碳及社会效益的应用前景。

Under the background of carbon neutrality and carbon peaking,the iron and steel industry is facing new opportunities and challenges.As an important part of the long-process production of iron and steel,the sintering process is an inevitable requirement for the progress ...MORE Under the background of carbon neutrality and carbon peaking,the iron and steel industry is facing new opportunities and challenges.As an important part of the long-process production of iron and steel,the sintering process is an inevitable requirement for the progress of iron ore sintering technology to reduce its total...