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Recovery of Aluminium and Its Compounds with Hydro and Pyrometalurgical Methods from Non-metallic Residue

机译:铝及其具有来自非金属残留物的水力和Pyrometal rgical方法的铝及其化合物

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In this study, some experiments were performed for the dimensional control, pre-treatment, getting salt, metallic aluminum and aluminum oxide into the solution of 15 kg aluminum black dross obtained from a private company which recycles aluminium drosses. Water leaching experiments are done for removing salts and aluminum nitride. Temperature stirring speed, solid-liquid rate are investigated while water leaching experiments. Removing of AlN is provided at 25°C at a rate of 42.48%, at 80°C at a rate of 86.4%. Leaching experiments performed with NaOH. NaOH concentration and time was analyzed. Efficiency of including metallic aluminum into the solution is determined to be 98% approximately. Melting (fusion) experiments were performed with NaOH at high temperatures to include aluminum oxide in the structure of the remaining after dissolving process into the solution and after dissolving the resulting structures in water, efficiency of including aluminum into the solution is determined to be 85%.
机译:在本研究中,对尺寸控制,预处理,将盐,金属铝和氧化铝进行了一些实验,进入了从私人公司获得的15公斤铝合金黑色渣滓的溶液中,该液体抵靠铝渣。进行水浸出实验,用于去除盐和氮化铝。温度搅拌速度,在水浸出实验的同时研究了固液速率。在25℃下以42.48%,80℃的速率以86.4%的速率去除AlN。用NaOH进行浸出实验。分析了NaOH浓度和时间。将金属铝含有金属铝的效率约为98%。用NaOH在高温下进行熔融(融合)实验,以包括氧化铝在溶解过程中剩余的结构中,并将所得结构溶解在水中,将铝进入溶液中的效率确定为85% 。

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