Use of bottom ash as part replacement of sand for making concrete blocks

SatishK. Sharma, Vipin Arora, P. Ojha, Brijesh Singh, V. Patel, S. AdarshKumarN
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Abstract

Coal-based thermal power plants all over the world facing serious problems of handling and disposal of the ash produced. The productive use of coal Bottom Ash (BA) is the best way to alleviate the problems associated with its disposal. This paper covers the studies on laboratory scale evaluation of vibro compaction concrete blocks using BA I, BA II & BA III collected from three different location of Coal Fed Thermal Power Station. In the present investigation laboratory investigation have been carried to utilize BA as part replacement of sand in concrete. This study cover manufacture of concrete blocks without flyash & with BA using for making solid block as per specification laid down in IS:2185 using vibro compaction machine. Three different sources of BA were used in concrete mix each @ 30%, 40% & 50% replacement by weight of sand were adopted in making concrete blocks. Comparative study of compressive strength of concrete at different age of curing, wet density, drying shrinkage is reported in this study. Wet density is found to be lower in blocks containing BA & dry shrinkage values are found well within the limits of specifications. Concrete Blocks having BA @ 30% by weight of sand are found suitable for use in the manufacture of concrete blocks.
用底灰代替部分砂子制造混凝土砌块
世界各地的燃煤火力发电厂都面临着处理和处置产生的煤灰的严重问题。有效利用煤底灰分是缓解煤底灰分处置问题的最佳途径。本文利用从燃煤火电厂三个不同地点采集的BA I、BA II和BA III进行了振动压实混凝土砌块的实验室规模评价研究。在目前的调查中,实验室进行了利用BA作为混凝土中砂的部分替代品的研究。本研究涵盖了不含粉煤灰和BA的混凝土砌块的制造,用于按照IS:2185中规定的规格使用振动压实机制造实心砌块。混凝土配合比中使用了三种不同来源的BA,分别采用30%、40%和50%的沙子替代重量来制作混凝土砌块。对不同龄期混凝土的抗压强度、湿密度、干收缩率进行了对比研究。发现含有BA的砌块的湿密度较低,干收缩值在规范的限制范围内。砂重量比为BA @ 30%的混凝土块适合用于混凝土块的制造。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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