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Water-Soluble Cr (VI) of solidification-cured process and compressive strength of Ferrochrome slag complex cement

机译:芳烃固化过程的水溶性Cr(VI)和铬渣复合物水泥的抗压强度

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Ferrochrome slag, an essential component in stainless steel, is the by-product of ferrochromium production. The composition of the ferrochrome slag and leaching tests show that the chromium content, 3.68%, is high, although the data of leaching tests under normal conditions is very low. Leaching test was performed on an oscillating shaking table with ratio adjusted to 150r/min at L/S 8 and 80°C, during 5h. The maximum content of water-soluble Cr (VI) is 2.78μg/g (0.3475 mg/L) from ferrochromium slag under these conditions. The soluble (Cr~(6+) and Cr~(3+)) content rise in the solidification process, with the increase of ferrochrome slag. The Water-soluble Cr (Cr~(6+) and Cr~(3+)) under different cured times can't be detected. The content of ferrochrome slag reached 10% is the best ratio by comprehensive consideration of water-soluble Cr (VI) of all processes, compressive strength and relevant national standards.
机译:Ferrochrome炉渣是不锈钢的必需组件,是铁铬生产的副产品。铬芳渣和浸出试验的组成表明,铬含量为3.68%,虽然在正常条件下浸出试验数据非常低。在5h期间,在L / S 8和80℃下调节到150r / min的比率的振荡振动台上进行浸出试验。在这些条件下,水溶性Cr(VI)的最大含量为2.78μg/ g(0.3475mg / L),在这些条件下。可溶性(Cr〜(6+)和Cr〜(3+))凝固过程中的含量增加,随着铬铁渣的增加。无法检测到不同固化时间下的水溶性Cr(Cr〜(6+)和Cr〜(3))。铬芳烃的含量达到10%是通过全面考虑所有工艺,抗压强度和相关国家标准的水溶性CR(VI)的最佳比率。

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