钢铁钒钛2025，Vol.46Issue(6)：1-19,19.DOI:10.7513/j.issn.1004-7638.2025.06.001
我国攀西铁钒钛共伴生资源综合利用转型升级思考
Reflections on the transformation and developments of the comprehensive utilization of vanadium-titanium resources in Panxi
摘要
Abstract
Iron-vanadium-titanium resources are globally recognized as strategic mineral resources and of critical importance to national defense,economic development,and technological advancement.The Panxi region,hosting China's largest and a world-significant iron-vanadium-titanium resource base,has established a complete industrial chain for these metals.However,it still faces challenges such as low comprehensive utilization rates of vanadium and titanium,an insufficient share of high-end products,high energy consumption in production,and significant solid waste generation.Focusing on the effi-cient and clean utilization of vanadium-titanium resources in the Panxi region,this paper systematically analyzes the current state of resource utilization and proposes key directions for transformation and up-grading.These directions encompass five major aspects:technological and process innovation,product iteration and upgrading,utilization of clean energy,strengthening of solid waste management,and reen-gineering of beneficiation and metallurgical process flows.The proposed strategies aim to promote the efficient,high-value,green,and intelligent development of China's vanadium and titanium industry.Such progress will contribute to achieving the national"dual-carbon"goals and ensure the secure sup-ply of iron-vanadium-titanium resources and related raw materials for the country.关键词
攀西铁钒钛共伴生资源/工艺技术创新/产品迭代升级/清洁能源利用/固废处理强化/选冶流程再造Key words
vanadium-titanium resources in Panxi/technological and process innovation/product itera-tion and upgrading/utilization of clean energy/strengthening of solid waste treatment/reengineering of beneficiation and metallurgical process flows分类
矿业与冶金引用本文复制引用
姜涛,郑宇,李广,张艺曦,郭宇峰,李光辉,陈凤,王帅,杨凌志,李兆祥,任雨荞,问悦凯..我国攀西铁钒钛共伴生资源综合利用转型升级思考[J].钢铁钒钛,2025,46(6):1-19,19.基金项目
国家自然科学基金卓越研究群体项目(72088101). （72088101）
