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Environmental performance of ordinary and new generation concrete structures—a comparative analysis

机译:普通和新一代混凝土结构的环境性能比较分析

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摘要

The development of concrete technology results in a new generation of cement-based concrete such as high-performance concrete, self-compacting concrete and high-performance, self-compacting concrete. These concretes are characterised by better parameters not only in terms of strength and durability but also rheology of the mixtures. Obtaining such properties requires the adoption of a different composition and proportion of ingredients than ordinary concrete. The greater share of cement in these concretes causes an increase in the energy consumption and emissions (per unit of concrete volume) at the production stage. However, use of new generation concrete allows for a reduction of overall dimensions of a structural element, due to the increased strength parameters. Such a solution may finally result in lower consumption of resources and energy, as well as a decrease of gas emissions. The article presents the results of a comparative environmental analysis of ordinary and new generation concrete structures.
机译:混凝土技术的发展催生了新一代水泥基混凝土,例如高性能混凝土,自密实混凝土和高性能,自密实混凝土。这些混凝土不仅在强度和耐久性方面,而且在混合物的流变性方面都具有更好的参数。要获得这样的性能,就需要采用与普通混凝土不同的成分和比例。这些混凝土中水泥的较大份额导致生产阶段能耗和排放量(每单位混凝土体积)增加。然而,由于增加的强度参数,新一代混凝土的使用允许减小结构元件的整体尺寸。最终,这样的解决方案可以降低资源和能源的消耗,并减少气体排放。本文介绍了普通和新一代混凝土结构的比较环境分析结果。

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