Bio-Cementation: An Eco-Friendly Solution to Reduce the Water Infiltrations in Hidrotechnical Concrete Elements

Sbîrlea Cătălin, Isopescu Dorina Nicolina, Ungureanu Dragoş, Maxineasa Sebastian George, Polcovnicu Răzvan-Andrei
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Abstract

Abstract The bio-cementation repairing technique consists in using a bio product which precipitates in a porous environment and thus, filling the internal voids. In the construction industry, there is a series of applications for this repairing technology, mainly for cementitious materials. In this respect, the calcium carbonate-based materials are considered to be the most suitable bio products since they are compatible with a wide range of concrete mixes. This paper presents a method of manufacturing a calcium carbonate bio product, using a device designed and manufactured exclusively for this experimental work. In order to design a bio product with an unique set of properties, various preliminary samples, obtained by varying the material quantities, the preparation time and working temperatures, have been tested. The bio product analyzed in this work may increase the impermeability of mortar and concrete elements, by continuous sealing of microcracks that can occur throughout the life cycle of the members. Thus, since this bio product was meant to be a component of the mortar/concrete mixture, the mechanical properties were determined by testing several mortar samples made with different cement-bio product ratios.
生物胶结:一种环保的解决方案,以减少水渗透在水利混凝土元素
摘要生物胶结修复技术是利用生物制品在多孔环境中沉淀,从而填补内部空隙。在建筑行业,这种修复技术有一系列的应用,主要是针对胶凝材料。在这方面,碳酸钙基材料被认为是最合适的生物制品,因为它们与各种混凝土混合物兼容。本文介绍了一种制造碳酸钙生物制品的方法,使用专门为这项实验工作设计和制造的装置。为了设计一种具有独特性能的生物制品,通过改变材料数量、制备时间和工作温度获得了各种初步样品,并进行了测试。在这项工作中分析的生物产品可能会增加砂浆和混凝土构件的抗渗性,通过连续密封在构件的整个生命周期中可能发生的微裂缝。因此,由于该生物制品是砂浆/混凝土混合物的组成部分,因此通过测试几种不同水泥-生物制品比例的砂浆样品来确定机械性能。
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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