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논문 기본 정보

자료유형
학술저널
저자정보
Sgorlon, Juliana Guerra (Chemical Engeneering Department, State University of Maringa) Tavares, Celia Regina Granhen (Chemical Engeneering Department, State University of Maringa) Franco, Janaina de Melo (Chemical Engeneering Department, State University of Maringa)
저널정보
테크노프레스 Advances in environmental research Advances in environmental research 제3권 제4호
발행연도
2014.1
수록면
337 - 353 (17page)

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The determination of the effectiveness of the immobilization of blasting dust (waste generated in galvanic activities) in cement matrix, as well of mechanical, physical and microstructural properties of concrete paving blocks produced with partial replacement of cement was the objective of this work. The results showed that blasting dust has high percentage of silica in the composition and very fine particle size, characteristics that qualify it for replacement of cement in manufacturing concrete blocks. The replacement of Portland cement by up to 5% residues did not cause a significant loss in compressive strength nor increase in water absorption of the blocks. Chemical tests indicated that there is no problem of leaching or solubilization of contaminants to the environment during the useful life of the concrete blocks, since the solidification/stabilization process led to the immobilization of waste in the cement mass. Therefore, the use of blasting dust in the manufacture of concrete paving blocks is promising, thus being not only an alternative for proper disposal of such waste as well as a possibility of saving raw materials used in the construction industry.

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