Study Towards Green Concrete for Better Sustainable Construction

K. Das, Trina Dutta, S. Chattaraj, Aditya Dasgupta, T. Mondal, A. Chakraborty, Akash Roy, Moutoshi Das
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Abstract

Concrete which has been made from waste of concrete that are eco friendly is termed as green concrete. 8 to 10% of world total CO2 emission comes from production of cement, when lime stone and crushed clay are heated at high temperature during the production. Green concrete uses waste material at least one of its component and environment destruction did not occur during the time of production. Researchers have conducted various experiments to find perfect solution for sustainable construction and from them green concrete is one. Here an effort has been made to inculcate the ideas about the mechanical and rheological properties of Green Concrete grade M25 by replacing cement with micro silica, fine and coarse aggregates with crushed recycled aggregates and crushed glass from 10 to 30% replacement by weight of the materials. And they have been compared with conventional mixed concrete. It has been observed that when cement, sand and coarse aggregate is replaced by 30% 0f micro silica, 20% crushed recycled aggregates and 30% crushed glass it has shown a better result in mechanical and fresh property with respect to conventional concrete.
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绿色混凝土研究促进可持续建筑
用废弃的环保混凝土制成的混凝土被称为绿色混凝土。世界总二氧化碳排放量的8 - 10%来自水泥生产,在生产过程中石灰石和碎粘土在高温下加热。绿色混凝土使用的是废料,它的至少一种成分和环境在生产时没有发生破坏。研究人员进行了各种各样的实验来寻找可持续建筑的完美解决方案,绿色混凝土就是其中之一。在这里,通过用微二氧化硅代替水泥,用破碎的再生骨料和破碎的玻璃代替细骨料和粗骨料,努力灌输关于M25级绿色混凝土的机械和流变特性的想法,这些材料的重量替代率为10%到30%。并与常规混合混凝土进行了比较。研究发现,用30%的微硅粉、20%的破碎再生骨料和30%的破碎玻璃代替水泥、砂石和粗骨料,其力学性能和新鲜性能均优于常规混凝土。
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