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Alkali-Activated Cements from Urban, Mining and Agro-Industrial Waste: State-of-the-art and Opportunities

机译:来自城市,采矿和农业工业废物的碱活化水泥:最先进的和机遇

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摘要

Facing the beginning of the third decade of the twenty-first century, humanity faces an environmental threat that can pose some serious concerns regarding the life on the planet as we know it. The industrial sector is probably the most significant contributor to this concerning scenario, with the construction industry (CI) playing a leading role. Massive efforts have thus been directed to the research of more sustainable and environmentally friendly paths in the CI, showing a clear and sustained demand for new, bold and sustainable structural and non-structural materials. The development of alternative solutions to Portland cement (OPC) and relative products (e.g. mortars and concretes) is rapidly becoming the spearhead of said efforts, mostly due to the high contribution, in terms of CO2-eq, associated with cement production. The present paper focus on the recent developments associated with the incorporation of urban, mining and agro-industrial waste in construction materials, namely in alkali-activated cements. Scientific knowledge and its transfer into live-scale applications, based mostly on technical aspects, have been considered. At this stage, the transition from experimental studies to live-scale applications is probably the most relevant factor, as the secular knowledge associated with current solutions, combined with the heavy financial investments already made, is rapidly generating the sole biggest resistance to this necessary change of hearts and minds.[GRAPHICS].
机译:面对二十一世纪的第三十年的初,人类面临着一种环境威胁,这可能会对我们所知,可能对地球的生命构成一些严重的问题。工业部门可能是这个关于这个方案的最重要的贡献者,建筑业(CI)发挥着主导作用。因此,大规模努力旨在研究CI中更具可持续和环保的路径,对新的,大胆和可持续的结构和非结构材料显示出明显和持续的需求。波特兰水泥(OPC)和相对产品(例如迫击炮和混凝土)的替代解决方案的开发迅速成为所述努力的矛头,主要是由于CO2-eq的贡献高,与水泥生产相关。本文重点关注与建筑材料中城市,采矿和农业工业废弃物融入建筑材料的最新发展,即在碱活性水泥中。考虑了科学知识及其转向实时尺度应用,主要是技术方面。在这个阶段,从实验研究到实际应用的过渡可能是最相关的因素,因为与目前解决方案相关的世俗知识,结合沉重的金融投资,正在迅速为这一必要变革产生最大的最大抵抗力心灵和思想。[图形]。

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