Los áridos ligeros para los hormigones a base de residuos vegetales

IF 0.1 Q4 MULTIDISCIPLINARY SCIENCES Revista Innovaciencia Pub Date : 2022-12-01 DOI:10.15649/2346075x.2953
Zaure Altayeva, Axaya Yestemessova, Almagul Yespayeva
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Abstract

Introduction: The increase in the volume of housing construction per capita per year to the level of the eco-nomically developed countries, the tasks of further progressive economic and social develop-ment of the country can be achieved with a corresponding increase in the production of con-struction materials. Materials and Methods: The solution of this task is largely connected with the development of resource- and energy-saving technologies for the production of efficient light construction materials based on wastes from various industries, in particular on wastes of plant origin, which contributes to the expansion of the production range of light, smooth granulated aggregates and light insulating concrete based on them with modifying additives that increase and improve the physical and technical characteristics of these materials. Results and Discussion: There are known technologies for producing light aggregates, mainly by firing. As energy re-sources became more expensive, there was an urgent need to develop easy-to-fill technology in a cost-effective manner. Conclusions: This paper considers a method for producing a light aggregate based on wood processing waste by granulation in a dish granule torus, which is a plate with an inclination angle of 45 0 and the number of mob companies 17-19 rev/min.
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以植物残渣为基础的轻型混凝土骨料
引言:人均每年住房建设量增加到生态经济发达国家的水平,通过相应增加建筑材料的生产,可以实现国家经济和社会进一步进步的任务。材料和方法:这项任务的解决方案在很大程度上与开发资源和节能技术有关,以利用各种行业的废物,特别是植物来源的废物生产高效的轻质建筑材料,这有助于扩大轻质的生产范围,光滑颗粒骨料和基于它们的轻质隔热混凝土,以及增加和改善这些材料的物理和技术特性的改性添加剂。结果和讨论:生产轻骨料的技术是已知的,主要是通过烧制。随着能源再利用变得更加昂贵,迫切需要以具有成本效益的方式开发易于填充的技术。结论:本文考虑了一种以木材加工废料为基础,在碟形颗粒环面中造粒生产轻骨料的方法,该圆盘是一个倾角为45°、暴徒公司数量为17-19转/分钟的平板。
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Revista Innovaciencia
Revista Innovaciencia MULTIDISCIPLINARY SCIENCES-
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