Developing a low carbon brick for residential building construction

Tata Sravani, Prasanna Venkatesan Ramani, Madhumathi Anbu
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Abstract

The construction industry is trying to become more eco-friendly and minimise environmental impact. One way to achieve this is by using innovative building materials. Traditional clay bricks are not eco-friendly due to the depletion of resources, emissions, and waste generated during production. In this study, a new alternative called the Novel Organic Brick (NOB) was produced and evaluated, which was made from recycled construction and demolition sand and red clay as partial replacements for traditional virgin clay. A Life Cycle Assessment (LCA) was conducted to compare the environmental impact of NOBs to that of Kiln Fired Bricks (KFBs). The inventory flows from material sourcing to brick shaping were modelled in SimaPro 8.1 and characterised into impact indicators using the ReCiPe 2016 method. The LCA showed that NOBs can reduce the impact of climate change by 39-56% compared to KFBs, depending on the type and source of recycled sand. This study encourages the construction industry to adopt alternative solutions for greater sustainability by demonstrating the viability of incorporating secondary materials and quantifying environmental performance improvements in India.
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开发住宅建筑用低碳砖
建筑业正在努力变得更加环保,并尽量减少对环境的影响。实现这一目标的方法之一就是使用创新的建筑材料。传统的粘土砖在生产过程中会产生资源损耗、废气排放和废物,因此并不环保。在这项研究中,生产并评估了一种名为新型有机砖(NOB)的新替代品,这种砖是用回收的建筑和拆迁用砂以及红粘土制成的,部分替代了传统的原生粘土。为了比较 NOB 与窑烧砖(KFB)对环境的影响,进行了生命周期评估(LCA)。在 SimaPro 8.1 中建立了从材料采购到砖成型的库存流模型,并使用 ReCiPe 2016 方法将其描述为影响指标。生命周期分析表明,与 KFB 相比,NOB 可将气候变化的影响降低 39-56%,具体取决于回收砂的类型和来源。这项研究通过证明在印度采用二次材料和量化环境性能改善的可行性,鼓励建筑行业采用替代解决方案,以实现更大的可持续性。
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