老街黄磷渣用于建筑材料的清洁加工技术研究

IF 1.3 Q3 CHEMISTRY, MULTIDISCIPLINARY Vietnam Journal of Chemistry Pub Date : 2024-03-29 DOI:10.1002/vjch.202300291
Nguyen Van Chien, Ta Thuy Nguyen, Dao Hai Yen, Hoang Thi Phuong, Phan Van Chuong, Nguyen Mai Phong
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引用次数: 0

摘要

在 Tang Loong 工业区(越南老街省)生产黄磷的过程中会产生大量炉渣。在将其用作建筑材料之前,需要对其进行清洗。本文介绍了以消石灰或生石灰为辅助剂在水中清洗黄磷渣的研究成果。根据实验结果,每吨矿渣的耗水量一般在 4 至 6 立方米之间,或每 300 升水中含 160 克 20% Ca(OH)2 或 25 克 CaO。冲洗矿渣后的水可以简单地重复使用。加工后的黄磷渣的元素组成数据显示,具有假硅灰石结构的 Ca(SiO2)O 是产品的主要成分。虽然 P 和 F 仍然存在,但它们主要处于 Ca(SiO2)O 的稳定玻璃相中,杂质不多。处理后的黄磷渣由于其安全放射性指数 (I) < 1,可大量用于建筑材料。
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Study on the processing technology to clean Lao Cai's yellow phosphorus slag for building materials
Slag is produced in large quantities during the manufacturing of yellow phosphorus in the Tang Loong Industrial Zone (Lao Cai province, Vietnam). It is required to clean them before using them as building materials. The research findings on cleaning yellow phosphorus slag in water with slaked lime or quicklime as aiding agents are presented in this article. According to experimental findings, the typical water consumption is between 4 and 6 m3 per ton of slag, or 160 g of 20% Ca(OH)2 or 25 g of CaO per 300 L of water. It is simple to reuse the water after rinsing the slag. The processed yellow phosphorus slag's elemental composition data reveal that Ca(SiO2)O, which has a pseudo‐wollastonite structure, is the product's primary constituent. Although P and F are still present, they are mainly in the stable glass phase of Ca(SiO2)O, and there are not many impurities. The treated yellow phosphorus slag can be used in large quantities for building materials due to its safe radioactivity index (I) < 1.
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来源期刊
Vietnam Journal of Chemistry
Vietnam Journal of Chemistry CHEMISTRY, MULTIDISCIPLINARY-
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1.70
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