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Variability in the life cycle of concrete block CO2 emissions and cumulative energy demand in the Brazilian Market

机译:巴西市场混凝土块CO2排放的生命周期变化和累计能源需求

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In this study we estimate CO2 life cycle emissions and cumulative energy demand (CED) of several concrete block manufacturers in Brazil. The assessment is based on original data collected from 29 concrete block producers in distinct Brazilian regions. Blocks with different strengths were assessed. We have combined original data with information from the literature, and most of the assessment was based on information representing the domestic context. Considering the same technological route and the various block types, CO2 emissions vary 2.6-3.3 times, whereas CED varies 3.5-4.0 times. Cement consumption was responsible for most of the differences, and the effect of low clinker content cement was not decisive. Although Brazil has a vast territory, the impact of transportation was small. Results demonstrate that there is a potential for cleaner production strategies within the sector. Simplified life cycle assessment tools, such as the one applied in this study, are relevant to pursue effective solutions for reducing energy consumption and achieving low carbon solutions within the construction components industry. (C) 2016 Elsevier Ltd. All rights reserved.
机译:在这项研究中,我们估算了巴西多家混凝土砌块制造商的CO2生命周期排放量和累积能量需求(CED)。该评估基于从巴西不同地区的29个混凝土砌块生产商那里收集的原始数据。评估了具有不同强度的块。我们将原始数据与文献资料相结合,大部分评估是基于代表国内情况的信息进行的。考虑到相同的技术路线和不同的区块类型,CO2排放变化2.6-3.3倍,而CED则变化3.5-4.0倍。水泥消耗是造成大多数差异的原因,低熟料水泥的影响不是决定性的。尽管巴西幅员辽阔,但运输的影响很小。结果表明,该行业存在清洁生产战略的潜力。简化的生命周期评估工具,例如本研究中使用的工具,对于寻求有效的解决方案以减少建筑部件行业中的能耗并实现低碳解决方案至关重要。 (C)2016 Elsevier Ltd.保留所有权利。

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