Research on the Influencing Factors of Zinc-Indium Volatilization in Zinc Leaching Slag and Process Optimization
Year: 2025
Type: article
Abstract: 对国内某厂的锌浸出渣开展分析，其中含有Zn 17.82%、In 0.037%，都具有可回收的价值，故在挥发过程中，开展氧气氛、配碳量、焦煤比、反应温度、反应时间对锌铟挥发的影响试验，并确定在密闭环境、焦粉配比35%、挥发温度1250℃、挥发1.5 h的条件下，锌、铟得到了较好的富集，锌和铟的挥发率分别达到99.9%和92%，有效地提高了铟的挥发率。An analysis was carried out on the zinc leaching residue of a domestic factory. It contains 17.82% Zn and 0.037% In, both of which have recyclable value. Therefore, during the volatilization process, experiments were carried out on the influence of oxygen atmosphere, carbon dosage, coke-coal ratio, reaction temperature and reaction time on the volatilization of zinc and indium. And it was determined that under the conditions of a closed environment, a coke powder ratio of 35%, a volatilization temperature of 1250˚C, and volatilization for 1.5 hours, zinc and indium were better enriched. The volatilization rates of zinc and indium reached 99.9% and 92% respectively, effectively increasing the volatilization rate of indium.
Source: Metallurgical Engineering
Author: 子瑜 田
Language: English
Subfield: Mechanical Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: hybrid
OpenAlex ID: W4411252772