CAJ | 학술논문

高炉法冶炼钒钛磁铁矿过程中产生了大量含TiO225%左右的高钛渣。含钛高炉渣是宝贵的二次钛资源，但大量堆积会污染环境，湿法提钛工艺是利用资源，保护环境的有效途径之一。总结分析了近年来湿法冶金处理含钛高炉渣的研究现状，系统阐述了酸浸湿法冶金的工艺特点，分析存在的问题，并对含钛高炉渣的利用提出一些建议，以期不断推动实现攀钢含钛高炉渣的真正利用。
고로법야련범태자철광과정중산생료대량함TiO225%좌우적고태사。함태고로사시보귀적이차태자원，단대량퇴적회오염배경，습법제태공예시이용자원，보호배경적유효도경지일。총결분석료근년래습법야금처리함태고로사적연구현상，계통천술료산침습법야금적공예특점，분석존재적문제，병대함태고로사적이용제출일사건의，이기불단추동실현반강함태고로사적진정이용。
Titanium-bearing slag which contains 25% TiO2 is produced by blast furnace method in processing vanadium-titanium magnetite. Titanium-bearing blast furnace slag is a valuable secondary resources,but its large accumulation will pollute the environment. Extracting titanium from hydrometallurgy of titanium-bearing blast furnace slag is an effective way to use resource and to protect environment. Research status on extracting titanium from hydrometallurgy of titanium-bearing blast furnace slag is reviewed. The characteristics of hydrometallurgy by acid are systematically discussed,existing problems are analyzed,and some suggestions on the use of titanium-containing slag are provided in order to do its comprehensive uti-lization effectively.