利用工业和农业废料生产绿色混凝土:迈向可持续建筑的一步

Najmadeen Mohammed Saeed, Hogr Zainaddeen Hassan
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引用次数: 0

摘要

混凝土制造严重消耗自然资源,对环境构成严重挑战。与此同时,全球大量的垃圾对生态系统的危害越来越大。最近,建筑专家试图通过结合农业和工业废料来生产“绿色”混凝土,旨在减少该行业对环境的重大影响。特别是水泥生产,是一个能源密集型的过程,涉及将原材料结合在一起的高温化学转化。用工业废料代替波特兰水泥可以减少对环境的破坏,促进社会、经济和生态效益,这些都对可持续增长至关重要。此外,聚集体(主要是沙子和砾石)的开采加速了河流三角洲和沿海地区的侵蚀,影响了海洋和河流的栖息地。使用替代材料和替代品可以减轻这些影响,支持道德建筑实践,减轻环境压力。本综述汇编了100项关于废基混凝土的学术研究,其中70项为利用工业材料,30项为利用农业资源。研究结果评价了废料对混凝土密度、抗拉强度、抗弯强度、抗压强度、耐久性和坍落度和易性的影响。结果表明,不同类型的废物对这些特性的影响是独特的,这表明了基于材料类型的绿色混凝土开发的微妙方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementing industrial and agricultural waste materials to produce green concrete: a step towards sustainable construction

Concrete manufacturing heavily depletes natural resources, posing serious environmental challenges. At the same time, vast amounts of global waste are growing increasingly harmful to ecosystems. Recently, construction experts have sought to produce “green” concrete by incorporating agricultural and industrial waste, aiming to reduce the sector’s substantial environmental impact. Cement production, in particular, is an energy-intensive process involving high-temperature chemical transformations that bind raw materials. Replacing Portland cement with industrial waste can reduce environmental damage and foster social, economic, and ecological benefits, all crucial for sustainable growth. Moreover, the extraction of aggregates—mainly sand and gravel—accelerates erosion in river deltas and coastal areas, impacting marine and riverine habitats. Using alternative materials and substitutes can mitigate these effects, supporting ethical construction practices that lessen environmental strain. This review compiles 100 scholarly studies on waste-based concrete, categorizing 70 as using industrial materials and 30 as using agricultural resources. The findings evaluate waste material effects on concrete’s density, tensile strength, flexural strength, compressive strength, durability and slump workability. Results indicate that different types of waste influence these properties uniquely, suggesting a nuanced approach to green concrete development based on material type.

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