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MAGNETIC SUSCEPTIBILITY AND HEAVY METAL CONTENT IN DUST FROM THE LIME PLANT AND THE CEMENT PLANT IN OPOLE VOIVODESHIP

机译:石灰石和水泥厂石灰石和水泥厂粉尘中的磁化率和重金属含量

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Until now, dust arising from lime manufacture has been considered harmless to the environment so it has been investigated marginally from the standpoint of environmental protection, especially when it came to magnetic properties and heavy metal content. The aim of the research was filling the gap in this area. The research comprised measurements of magnetic susceptibility, the content of heavy metals, reaction (pH) and specific conductivity of lime dust and also raw material and fuel used for lime production. The samples were taken from one of the lime plants located in Opole Province. Similar investigations were also performed for dust taken from the nearby cement plant using dry method of cement production. It was proven that magnetic susceptibility, heavy metal content and conductivity of lime dust was lower in comparison to cement dust, which resulted from the fact that the lime plant used neither low raw materials nor additives. Due to the high atmosphere dust level in the vicinity of the investigated plants, extremely basic reaction of the tested dust and high content of metals, the studied dust cause alkalization of soils and contribute to the increase of heavy metal content in soils, posing a threat to the environment.
机译:迄今为止,由于石灰生产过程中产生的粉尘一直被认为对环境无害,因此从环境保护的角度对其进行了少量研究,特别是在磁性和重金属含量方面。研究的目的是填补这一领域的空白。该研究包括磁化率,重金属含量,反应(pH)和石灰粉尘的比电导率以及石灰生产所用的原料和燃料的测量。样品取自位于奥波莱省的一家石灰厂。还使用干法水泥生产方法对附近水泥厂产生的粉尘进行了类似的调查。事实证明,与水泥粉尘相比,石灰粉尘的磁化率,重金属含量和电导率要低,这是由于石灰粉厂既不使用低原料也不使用添加剂。由于被调查植物附近的大气粉尘含量高,被测粉尘的极端碱性反应和金属含量高,因此所研究的粉尘会导致土壤碱化,并导致土壤中重金属含量的增加,从而构成威胁。环境。

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