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This study deals with the Hydrated Ability of the Ready-Mixed Concrete's Sludge which is the recycling technology of that sludge.
The experiment gathers sludge from Ready-mixed factory, shatters these into pieces in dry condition and understands the differences between current using Portland cement. And then, this examines the possibility of the recycle as a bonding agent through the Compressive Strength and considers the recovery of the hydration.
This experiment concludes the same Chemical Composition with the normal Portland cement, while, under the appropriate procedure in hydration recovery, this sludge can be used as the bonding agent in cement. The chemical composition of solid Remicon sludge shows that it has 1.8 times SiO₂ than the normal Portland cement, meaning lots of aggregate in Remicon sludge. Also, the specific gravity of Remicon sluge increases with the rise of Baking Temperature and has no difference between 2.77 and 2.94. The mortar flow used for combining the baking material of Remicon sludge does was not changed and is the highest between 750℃ㆍ120min and 800℃ㆍ180min. Additionally, the Compressive Strength increases with the age, certifying the same Hydrated Ability like cement and the best condition for hydration is 750℃ㆍ120min.

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Abstract
1. 서론
2. 실험
3. 실험결과 및 고찰
4. 결론
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UCI(KEPA) : I410-ECN-0101-2009-540-016516992