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首页> 外文期刊>Journal of Cleaner Production >Novel air classification process to sustainable production of manufactured sands for aggregate industry
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Novel air classification process to sustainable production of manufactured sands for aggregate industry

机译:新型的空气分类工艺可实现集料工业用沙的可持续生产

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摘要

This work addresses the performance of an own design equipment to classify and clean manufactured sands in a novel sustainable air classification process. The proposed methodology does not use water as the main advantage against the actual wet washing process used in most stone quarries. A real quarry producing 10.4 tons/h of manufactured sands was evaluated and compared with the proposed technology in terms of material balances, types and physical characteristics of products obtained, energy consumptions expressed as CO2 equivalent and local environmental impact. The novel air classification process, tested on a pilot scaled plant, proves to be more efficient than the traditional wet washing process. The main advantage is the production of three aggregates with different particles sizes and without moisture content, against a single wet product obtained by the conventional method. (C) 2018 Published by Elsevier Ltd.
机译:这项工作解决了自己的设计设备在新型可持续空气分类过程中对人造沙进行分类和清洁的性能。相对于大多数石料采石场中使用的实际湿洗工艺,所提出的方法并未将水用作主要优势。评估了一个实际采石场每小时生产10.4吨人造沙的采石场,并与所建议的技术进行了材料平衡,所获得产品的类型和物理特性,以二氧化碳当量表示的能耗以及对当地环境的影响。在中试规模的工厂上测试的新颖的空气分类过程证明比传统的湿洗过程更有效。相对于通过常规方法获得的单一湿产品,主要优点是可生产三种具有不同粒径且无水分的骨料。 (C)2018由Elsevier Ltd.发布

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